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An administrator is working with a network engineer to design the network architecture for a DR failover.
Because DNS is well-designed, the DR site will use a different subnet but retain the same last octet in the IP address.
What is the best way to achieve this?
Offset-based IP mapping in Nutanix Recovery Plans allows automatic subnet changes during DR failover.
Option D (Utilize Recovery Plan Offset-based IP mapping) is correct:
This method automatically adjusts the IP range while keeping the same last octet.
It eliminates the need for manual intervention after failover.
Option A (Custom script) is incorrect:
Scripting is an option, but Recovery Plan IP mapping is simpler and native to Nutanix.
Option B (Use IPAM) is incorrect:
IP Address Management (IPAM) is useful, but offset-based mapping provides more control.
Option C (Manually update IPs) is incorrect:
This would be time-consuming and error-prone.
Nutanix Disaster Recovery Guide Using Offset-Based IP Mapping
Nutanix KB Best Practices for Managing IP Addresses in DR
Refer to Exhibit:
After adding new workloads, why is Overall Runway below 365 days and the scenario still shows the cluster is in good shape?
In Nutanix Capacity Planning, Overall Runway represents how long the cluster can support current and new workloads before resources are exhausted.
Even if the runway is below 365 days, the system considers the cluster to be in good shape if new workloads are sustainable (Option B).
Option A is incorrect: Storage runway alone is not the only factor; CPU and memory are equally important.
Option C is incorrect: The presence of recommended resources does not mean the cluster is in good shape.
Option D is incorrect: The target of 1 month affects projections but does not explain why the cluster is in good shape.
Nutanix Prism Central Capacity Runway and Planning
Nutanix Bible Workload Placement and Cluster Sizing
Nutanix Support KB Capacity Planning Best Practices
Refer to Exhibit:
An administrator is looking at the memory cluster runway diagram as shown in exhibit, in Prism Central. The environment has three hosts with the following configuration:
CPU: 2x Intel Xeon Gold (8 cores, 2.6 GHz)
RAM: 256 GB per host
Storage: SSDs and HDDs
The Intelligent Operations feature has been active for one month, but no further configurations were applied.
What does the dotted red line mean?
he Prism Central Memory Cluster Runway Diagram provides insights into memory usage trends, predicting how long the cluster can sustain workloads before exhausting resources.
The solid blue area represents the actual memory consumption over time.
The dotted red line represents the effective memory capacity limit based on the cluster's current configuration.
Analyzing the Dotted Red Line
The dotted red line is labeled 'Effective Capacity: 503.22 GiB', which means:
It is the total usable memory capacity in the cluster after considering hypervisor overhead, redundancy settings, and failover capacity.
This value is not a hard limit but an indication of the available memory before potential performance issues occur.
Evaluating the Answer Choices
(A) It is the default trend analysis static threshold that can be manually set. (Incorrect)
The dotted red line is not a static threshold that an administrator can manually configure.
Trend analysis in Prism is dynamic and based on workload history and projections.
(B) It is the maximum memory the administrator can assign to VMs. (Incorrect)
Administrators can oversubscribe memory beyond the dotted red line if memory overcommitment is enabled.
However, oversubscribing memory beyond effective capacity may impact performance.
(C) It is the calculated memory oversubscription limit for currently running VMs. (Incorrect)
The dotted red line does not represent oversubscription limits.
Memory oversubscription depends on hypervisor memory ballooning, compression, and swapping mechanisms, which are not directly shown here.
(D) It is the usable capacity based on cluster configuration options. (Correct Answer)
The dotted red line (503.22 GiB) represents the actual usable memory available in the cluster after factoring in system overhead.
This value is determined by:
Total physical memory (256 GB per host 3 hosts = 768 GB)
Memory reserved for hypervisor and system processes
Cluster failover and redundancy settings
Intelligent Operations capacity analysis
Multicloud Infrastructure Reference & Best Practices
Prism Central's 'Runway' feature provides AI-driven trend analysis for memory, CPU, and storage capacity.
The effective capacity limit helps administrators make proactive scaling decisions before resources become critical.
To increase the memory runway, administrators can:
Optimize VM memory allocation.
Add more hosts to the cluster.
Enable memory deduplication and compression (if available).
In an RF2 cluster, what is the minimum number of nodes required to allow a host removal?
Replication Factor (RF2) means that each piece of data is stored twice across different nodes to ensure availability.
Option B (3 nodes) is correct:
In an RF2 cluster, data redundancy requires at least three nodes to ensure data protection when one node is removed.
If a node is removed from a 3-node cluster, Nutanix automatically redistributes data across the remaining nodes.
Option A (2 nodes) is incorrect:
RF2 requires at least three nodes to maintain fault tolerance.
A 2-node cluster cannot provide full redundancy without a Witness node.
Option C (4 nodes) and Option D (5 nodes) are incorrect:
While larger clusters provide more redundancy, the minimum requirement is 3 nodes.
Nutanix Bible Replication Factor (RF) and Fault Tolerance
Nutanix Prism Element Guide Managing Node Failures and Removals
An administrator has successfully configured Metro Availability for a Protection Domain. However, after a few days, an NCC warning is raised:
"Following VMs are accessing data from remote clusters: VM-1 from remote cluster Remote-ML"
What is the first action an administrator must take to fix the issue?
Metro Availability requires that VMs always read data from their primary site to maintain optimal performance and prevent remote data access latency.
Option C (Migrate the VM to its primary site and set appropriate rules) is correct:
If a VM fails over to the secondary site but is still running in the primary site, it will read data remotely, causing high latency and performance issues.
The solution is to migrate the VM back to the primary site and configure DRS rules or host affinity settings to prevent unwanted movement.
Option A is incorrect:
The command lists active Metro Availability protection domains but does not resolve the issue.
Option B is incorrect:
Must-affinity rules can help, but they should be configured after migrating the VM back to the primary site.
Option D is incorrect:
Running NCC health checks will only diagnose the issue, not resolve it.
Nutanix Bible Metro Availability and Data Locality
Nutanix Best Practices VM Affinity Rules for Metro Availability
Nutanix KB Troubleshooting Remote Data Access in Metro Availability
