NEW NCP-MCI-6.10 TEST BOOTCAMP | NEW NCP-MCI-6.10 DUMPS BOOK

New NCP-MCI-6.10 Test Bootcamp | New NCP-MCI-6.10 Dumps Book

New NCP-MCI-6.10 Test Bootcamp | New NCP-MCI-6.10 Dumps Book

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Nutanix NCP-MCI-6.10 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Configure Disaster Recovery and Data Protection within a Nutanix Multicloud Environment: This section of the exam measures the skills of Disaster Recovery Specialists and Cloud Engineers and covers configuring protection policies and domains for data security and recovery. Candidates need to identify the right entities for protection, schedule backups, define retention policies, and set up replication to remote sites. Recovery plans must be configured and executed with proper scripting, network mapping, and failover strategies. Metro replication requires understanding failover methodologies, comparing solutions on different hypervisors, and preventing split-brain scenarios. Effective disaster recovery planning ensures minimal downtime and data integrity across environments.
Topic 2
  • Conduct Custom Monitoring within a Nutanix Multicloud Environment: This section of the exam measures the skills of Cloud Analysts and Systems Engineers and covers custom monitoring for optimized performance management. Candidates must analyze performance charts, set retention policies, create custom service level agreements (SLAs), and manage storage based on policies. Creating reports involves identifying the required type, selecting generation frequency, determining retention properties, and customizing report formats for different monitoring needs. Effective monitoring ensures better resource utilization, system efficiency, and proactive issue resolution within the multi-cloud environment.
Topic 3
  • Troubleshoot a Nutanix Multicloud Environment: This section of the exam measures the skills of Technical Support Engineers and IT Operations Specialists and covers diagnosing and resolving common issues within a Nutanix multi-cloud environment. Troubleshooting protection policies and recovery plans requires identifying network mapping failures, vNIC issues, script execution problems, and connectivity failures. Metro replication troubleshooting involves addressing naming conventions, network limitations, and replication states. Security issues in AOS and Prism Central must be resolved by managing CVM communications, security warnings, and log analysis. LCM operations require diagnosing failures in inventory updates and version upgrades. Performance troubleshooting involves analyzing logs, reading performance charts, and adjusting VM configurations to meet performance needs.
Topic 4
  • Manage VMs within a Nutanix Multicloud Environment: This section of the exam measures the skills of Cloud Administrators and Virtualization Engineers and covers managing virtual machines (VMs) within a Nutanix multicloud environment. It includes creating and updating VMs by determining hardware requirements, boot modes, sizing, and configuration based on application needs. Candidates must understand how to deploy VMs using templates, snapshots, and image configurations, ensuring the correct formats for importing and exporting VMs. Migration processes require knowledge of prerequisites, storage, network settings, and software compatibility. Additionally, configuring VM categories and attributes is essential for proper organization and management within the environment, ensuring alignment with labels, storage policies, and security settings.
Topic 5
  • Manage Clusters within a Nutanix Multicloud Environment: This section of the exam measures the skills of Infrastructure Engineers and Systems Administrators and covers the administration of Nutanix clusters. Storage management includes creating, reading, updating, and deleting storage containers and volume groups. Configuring AOS and Prism Central settings involves authentication, SSL certificate management, IAM role-based access control, and configuring network segmentation. Network administration procedures focus on creating VLAN-backed subnets, virtual switches, and load-balancing policies while monitoring NIC usage. Lifecycle management includes performing hardware and software updates and maintaining firmware. Hardware maintenance involves adding or removing nodes and physical disks while ensuring proper upgrades and replacements. Intelligent operations require configuring capacity policies, discovering application relationships, and simulating scenarios to optimize performance.

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Nutanix Certified Professional - Multicloud Infrastructure (NCP-MCI v6.10) Sample Questions (Q84-Q89):

NEW QUESTION # 84
An administrator is experiencingstorage performance issueson aWindows Server 2019 VMwith the following configuration:
* vCPU: 1
* VRAM: 8 GB
* vSCSI: VirtIO SCSI Controller
* vDisk: 2 (100 GB, 250 GB)
* vNIC: VirtIO Fast Ethernet
TheAHV cluster is healthy, andother Windows VMs are performing well.
Which configuration change should be reviewed to enhance VM performance?

  • A. Increase Controller VM (CVM) resources.
  • B. Add a second virtual storage controller (vSCSI).
  • C. Enable Balance-TCP on bridge (br0).
  • D. Increase the VM's number of vCPUs.

Answer: D

Explanation:
A single vCPU is likely causing a bottleneck, limiting the VM's ability to process I/O requests efficiently.
* Option D (Increase the VM's number of vCPUs) is correct:
* Windowsrequires sufficient CPU resourcesto handle disk and network operations.
* Adding more vCPUs allows the VM to process more I/O operations simultaneously, improving performance.
* Option A is incorrect:
* AdditionalvSCSI controllers are only useful for very high disk I/O workloads.
* Option B is incorrect:
* Balance-TCP applies to network traffic, not storage performance.
* Option C is incorrect:
* CVM resources do not directly affect individual VM performance.
References:
* Nutanix AHV Performance Tuning Guide
* Nutanix KB#Optimizing Windows VM Performance on AHV


NEW QUESTION # 85
An administrator is configuring areplication scheduleonmultiple remote locationsdeployed using asingle- node cluster. The goal is to achieve thelowest possible RPO (Recovery Point Objective).
How should the administrator configure the replication schedule?

  • A. Configure NearSync replication.
  • B. Configure a schedule for 1 minute up to 15 minutes.
  • C. Configure Async replication.
  • D. Configure a schedule for 16 minutes up to 59 minutes.

Answer: B

Explanation:
Nutanix NearSync replication provides the lowest RPO (as low as 1 minute) and is the best option for minimizing data loss in DR scenarios.
* Option D (Configure a schedule for 1 minute up to 15 minutes) is correct:
* NearSyncallows anRPO as low as 1 minute, providingnear-continuous data protection.
* This isideal for mission-critical applicationswhere minimal data loss is required.
* Option A (Configure NearSync) is incorrect:
* WhileNearSync is the best choice,just enabling it is not enough-the schedule must be set to1-
15 minutes.
* Option B (16 to 59 minutes) is incorrect:
* NearSync operates within a 1-15 minute range. If set above 15 minutes,it defaults to Async replication.
* Option C (Async replication) is incorrect:
* Async replication typically has an RPO of 1 hour or more, which does not meet thelowest RPO requirement.
References:
* Nutanix Protection Policies Guide#NearSync vs. Async Replication
* Nutanix Bible#RPO and RTO in Disaster Recovery
* Nutanix KB#Configuring NearSync Replication for Single-Node Clusters


NEW QUESTION # 86
In anRF2 cluster, what is theminimum number of nodes requiredto allow ahost removal?

  • A. 0
  • B. 1
  • C. 2
  • D. 3

Answer: A

Explanation:
In a Nutanix cluster, Replication Factor 2 (RF2) means that each piece of data has two copies: a primary and a replica. To safely remove a node while ensuring data redundancy and cluster health, the system must have enough nodes to maintain the RF2 protection and complete the removal.
From the Nutanix Enterprise Cloud Administration (ECA) documentation:
"The minimum number of nodes required for a safe host removal in an RF2 cluster is four. This ensures that even after removing a node, there are enough remaining nodes to continue hosting the primary and replica data copies, meeting the RF2 requirement." The logic is:
* In a 3-node RF2 cluster, there isn't enough redundancy to safely remove a node without impacting data availability.
* A 4-node RF2 cluster allows safe removal of one node while still ensuring two copies of all data remain.
Thus, the minimum number of nodes required for a safe host removal in an RF2 cluster is 4


NEW QUESTION # 87
A consultant is configuringsyslog monitoringand wants to receiveCRITICAL logsfrom theAudit module.
Which severity level setting should be configured to get the desired output?

  • A. 0
  • B. 1
  • C. 2
  • D. 3

Answer: C

Explanation:
Syslog severity levels follow a standard numerical system, wherelower numbers indicate higher severity.
* Option B (Severity Level 2) is correct:
* Level 2 = CRITICAL# Used forserious conditions requiring immediate attention.
* Audit logs often generate Critical logsrelated tosecurity, access violations, or major failures.
A screenshot of a computer Description automatically generated

* Options A (0), C (5), and D (7) are incorrect:
* 0 = Emergency (Too severe, only used for full system failures).
* 5 = Notice (Not critical, used for general system events).
* 7 = Debug (Not relevant for critical logs).
References:
* Nutanix Security Guide#Syslog Integration and Severity Levels
* Nutanix KB#Configuring Syslog for Prism Central Audit Logs


NEW QUESTION # 88
An administrator receives complaints about VM performance.

After reviewing theVM's CPU Ready Timedata shown in the exhibit, which step should the administrator take to diagnose the issue further?

  • A. Enable VM memory oversubscription.
  • B. Check the number of vCPUs assigned to each CVM.
  • C. Review host CPU utilization.
  • D. Assess cluster SSD capacity.

Answer: C

Explanation:
Understanding the Issue
The administrator is investigating VM performance complaints and is analyzing CPU Ready Time data.
* CPU Ready Time is a crucial metric in Nutanix and virtualization environments (AHV, ESXi, or Hyper- V).
* It measures the amount of time a VM is waiting for CPU scheduling due to resource contention.
* High CPU Ready Time indicates that VMs are ready to run but are waiting because the host lacks available CPU resources.
Analysis of the Exhibit
* The graph shows CPU Ready Time spikes for multiple VMs.
* Some VMs have CPU Ready Time exceeding 18% to 21.5%, which is very high.
* A healthy CPU Ready Time should be below 5%.
* Values above 10% indicate CPU contention, and anything above 20% is critical and requires immediate troubleshooting.
Evaluating the Answer Choices
#(A) Check the number of vCPUs assigned to each CVM. (Incorrect)
* CVMs (Controller VMs) have fixed CPU allocation, and modifying their vCPU count is not recommended unless advised by Nutanix Support.
* The issue is related to VM CPU contention, not CVM configuration.
#(B) Review host CPU utilization. (Correct Answer)
* High CPU Ready Time suggests CPU overcommitment or host saturation.
* The administrator should check host CPU usage in Prism Central to determine if the cluster is overloaded.
* If host CPU usage is consistently above 85-90%, VMs are competing for CPU resources, leading to high CPU Ready Time.
#(C) Assess cluster SSD capacity. (Incorrect)
* SSD capacity impacts storage performance (latency, read/write speeds) but does not affect CPU Ready Time.
* High CPU Ready Time is a CPU scheduling issue, not a storage bottleneck.
#(D) Enable VM memory oversubscription. (Incorrect)
* Memory oversubscription does not impact CPU scheduling.
* Enabling memory oversubscription affects RAM allocation, but CPU Ready Time is strictly related to CPU contention.
Next Steps to Diagnose & Resolve the Issue
* Review Host CPU Utilization:
* Navigate to Prism Central # Analysis # CPU Usage per Host.
* Identify hosts experiencing high CPU load.
* Check VM vCPU Allocation:
* Ensure that VMs do not have excessive vCPUs assigned, which can lead to scheduling inefficiencies.
* Overprovisioning vCPUs can cause unnecessary contention.
* Balance Workload Across Hosts:
* Use Nutanix AHV DRS (Dynamic Scheduling) or VMware DRS to redistribute VMs across hosts.
* Check if certain hosts are overloaded while others have spare CPU capacity.
* Consider Scaling Out the Cluster:
* If CPU usage is consistently high, adding more nodes may be required to reduce CPU contention.
Multicloud Infrastructure References & Best Practices
* CPU Ready Time Best Practices:
* Keep CPU Ready Time below 5%.
* Avoid overcommitting vCPUs on heavily loaded hosts.
* Monitor Prism Central Runway Metrics to predict future CPU resource needs.
* Nutanix AHV CPU Scheduling Optimization:
* Ensure proper VM sizing (avoid excessive vCPU allocation).
* Balance workloads using Nutanix AHV DRS.
References:
Nutanix Prism Central: Performance Analysis and CPU Metrics
Nutanix Bible: VM Performance and Resource Management
Nutanix KB: Troubleshooting High CPU Ready Time in AHV


NEW QUESTION # 89
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