An administrator needs to create and start five new VMs for a Data Analytics Project (OLAP). The VM Profile is as follows:
✑ vCPU:4
✑ vRAM: 64 GB
✑ vDisk: 1.5 TB
Each of the four nodes of the Nutanix cluster has the following:
✑ 24 vCPU. 20% overall usage
✑ 192 GB RAM, 60% overall usage
✑ 2 x l920 GB SSD
✑ 4 x 2 TB HDD
At cluster level, there is a single RF2 container that is 30% utilized and has an extent store capacity of 13.5 TB.
Which component requires administrator attention?
The component that requires attention is the Physical RAM. Each new VM requires 64 GB of vRAM, and with five VMs being created, a total of 320 GB of vRAM is needed. The cluster has a total of 768 GB of RAM (192 GB per node across four nodes) of which 60% is already utilized, leaving 307.2 GB available. Since 320 GB is required and only 307.2 GB is available, there isn't enough RAM to power on all new VMs.
An administrator manages the following two Nutanix AOS 5.15 cluster environment:
✑ Corp-cluster-01
✑ Corp-cluster-02
The VM images must be available only on Corp-cluster-01, but cannot be checked out to cluster Corp-cluster-02. The images also cannot be checked out to any other clusters that are registered with Prism Central in the future.
Which two configuration settings must the administrator choose when creating the image placement policy that satisfies the stated requirements? (Choose two.)
To ensure the VM images are available only on Corp-cluster-01 and cannot be checked out to Corp-cluster-02 or any other future clusters, the administrator must create an image placement policy that specifically identifies Corp-cluster-01 as the target cluster. Additionally, setting the policy enforcement to 'Hard' will enforce the restriction strictly, ensuring the images cannot be checked out to any other clusters. Therefore, the two configuration settings required are creating an image placement policy for Corp-cluster-01 and setting the policy enforcement to Hard.
Refer to the exhibit.
User 1 and User 2 belong to the AAPM group.
What are two descriptions of how Files perform quota management? (Choose two.)
User 1 has a soft quota limit of 5GB, meaning they can exceed the quota but will receive a daily notification email when they do. Therefore, User 1 can continue to add another 5GB file but will be notified. User 2, as part of the AAPM group, has a hard quota limit of 10GB, which strictly prevents any further data additions after the quota is reached. User 2 cannot add an 8GB file without restriction because the hard limit enforces the quota strictly without exception.
An organization is planning an upgrade to AOS 5.15 and wants to understand which cluster products and/or services are supported for physical traffic isolation.
Which Nutanix component supports its network traffic being isolated onto its own virtual network?
Volumes in Nutanix support their network traffic being isolated onto their own virtual network. This enables physical traffic isolation for those specific network requirements.
An administrator is planning to deploy a Nutanix cluster to support a few high-performance VMs. This deployment will have the following considerations:
✑ Individual VMs will likely generate network throughputs in the range of 90-100Mbps
✑ Due to the configuration of the VMs, it is unlikely that a node will host more than one or two of them at a time
✑ Individual VMs will communicate with only a few (one or two) remote hosts at a time
✑ Multicast will not be used in the environment
✑ The hosts are connected via two 1GbE network connections
How should the administrator configure the network bonds to meet this requirement while maintaining the simplest switch configuration?
To best meet the requirements of high network throughputs while keeping the switch configuration simple, the administrator should configure bond0 as balance-slb. This configuration allows both physical interfaces to be leveraged without requiring LACP, meeting the simplicity requirement. Additionally, balance-slb is suitable considering that multicast will not be used, and it can handle the traffic generated by one or two VMs per node efficiently.