An administrator is supporting a business critical environment and deploys metro availability to achieve a zero data loss configuration. The two clusters are connected by a 1GbE connection. A new workload is going to be deployed to this cluster. This workload requires a sustained 150MB/S of write throughput and 20MB/s of read throughput.
Which change must be made to deploy the workload successfully on this cluster?

• A.The bandwidth must be increased to support this workload.
• B.The workload must be configured to read at greater than 12.5MB/S.
• C.The replication frequency must be less than 60 minutes.
• D.Zero data loss nearsync must be used to support this workload.

Correct Answer: A

Explanation
Ref:

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An administrator is deploying a three-tier application on a Nutanix Enterprise Cloud consisting of web, application, and database VMs. Traffic between the servers must be limited to specific services/ports. There is an application layer firewall VM deployed on one host in the cluster.
In which way should the administrator meet this requirement?

• A.Configure a security policy and service chain redirecting the server traffic through the firewall
• B.Separate the web. application and database VMs on to dedicated VLANs
• C.Categorize the VMs in Prism Central and utilize Flow to set a security policy
• D.Create a network for each type of VM, and use policy-based routing to control the traffic flow

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Refer to the exhibit.

A Microsoft SQL 2016 deployment is shown in the exhibit. The administrator receives user reports that database queries take too long to return.
Which optimization should be made to this configuration to improve performance?

• A.Combine both of the OS and SQL Binaries disks
• B.TempDB, and Logs disk Separate the Database. TempDB, and Logs onto their own disks
• C.Configure the VM to use a PCI disk controller
• D.Add a second SCSI controller for the Database.

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A Nutanix cluster is deployed with the following configuration:
* Three four-node blocks (A, B, and C)
* All Flash Redundancy Factor 2
What is the effect of simultaneous disk failures on two nodes located in block A?

• A.VMs are migrated off of the nodes with disk failures.
• B.Each node with a failed disk is marked as degraded.
• C.VM read and write operations continue normally.
• D.VMs on the nodes with failed disks are unable to write data

Correct Answer: C

Explanation
Ref: https://next.nutanix.com/how-it-works-22/redundancy-factor-vs-replication-factor-37486

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An administrator is notified that a bare metal database server is down. This database server is being served storage using a Nutanix Volume Group. Upon investigating, the administrator finds that the disks in the database server that map to the vDisks in the volume group have gone offline.
What is causing this issue?

• A.Port 9443 is blocked in the server firewall.
• B.Port 3260 has been blocked in the server firewall.
• C.The Volume Group Load Balancer has been disabled.
• D.A CVM serving the Volume Group has gone offline.

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