Which of the following descriptions about the storage architecture of FusionCompute is correct?

Question

Options

• AThe LUNs partitioned on the FusionStorage Block can be encapsulated as data storage
• BAfter the storage resource is encapsulated into data storage and associated with the host, it is
• CStorage resources are FusionCompute's unified encapsulation of storage units in storage
• DThe physical storage medium that provides storage space for virtualization is called a storage

• A
  13% (8)
• B
  78% (49)
• C
  3% (2)
• D
  6% (4)

Explanation

Option B correctly describes the provisioning workflow in FusionCompute: once a storage resource (such as a LUN or NFS share) is encapsulated into a datastore and that datastore is associated with a compute host, virtual machines on that host can then allocate and use virtual disks from it - this is the required sequence before VM storage becomes accessible.

Option A is incorrect because FusionStorage Block LUNs cannot be directly encapsulated as datastores in the same way; FusionStorage is integrated through its own storage resource type, and the statement oversimplifies the association model.

Option C confuses the two layers: storage resources are the raw units (LUNs, NFS shares) presented to FusionCompute, while data storage (datastores) is FusionCompute's unified encapsulation of those resources - C has the definition backwards.

Option D misidentifies terminology: physical storage media (disk arrays, SAN devices) are called storage devices or storage pools, not "storage resources" in FusionCompute's architecture.

Memory tip: Think of it as a 3-step pipeline - Resource → Datastore → Host association - you must complete all three steps before a VM can write a single byte. Option B is the only choice that correctly reflects this dependency chain.

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