containers are easily deployable and include all necessary executables, binary code, libraries, and

configuration files. Containers are lightweight packages of software that run in isolated environments

on a shared operating system. The other options are not advantages of using containers. Reference:

https://www.netapp.com/blog/what-are-containers/

More efficient use of storage capacity for each node and reduced administrative overhead resulting

in lower cost are two benefits of using the capacity pools licensing model for ONTAP Select. Capacity

pools allow you to allocate storage capacity from a shared pool to multiple ONTAP Select nodes,

which reduces wasted space and simplifies management.

Reference: https://netapp.io/persistent-storage-provisioner-for-kubernetes/

Trident is a NetApp open source project that provides dynamic storage orchestration services for

Kubernetes workloads. It allows Kubernetes users to provision and manage persistent volumes

backed by NetApp storage systems.

Storage VM (SVM) and Storage Failover (SFO) are two technologies that are involved during a

takeover event on an ONTAP cluster. An SVM is a logical entity that owns data volumes and provides

data access through one or more protocols. SFO is a feature that enables an HA pair of nodes to take

over each other’s storage and network resources in case of a failure. The other options are not

technologies that are involved during a takeover event on an ONTAP cluster. Reference:

https://docs.netapp.com/us-en/ontap/concept_ha_overview.html

Reference: https://www.netapp.com/pdf.html?item=/media/17219-tr4814pdf.pdf&v=20216161439

each cluster purchased by a user includes a single 10 TB FabricPool license. This license enables you

to tier data from your primary NetApp ONTAP cluster to StorageGRID. The other statements are not

correct

about

FabricPool

licensing.

Reference:

https://docs.netapp.com/usen/ontap/concept_fabricpool_licensing.html