Your network contains multiple servers that run Windows Server 2012.
The network contains a Storage Area Network (SAN) that only supports Fibre Channel connections.
You have two failover clusters.
The failover clusters are configured as shown in the following table.
You plan to implement 15 highly available virtual machines on Cluster2.
All of the virtual machines will be stored in a single shared folder.
You need to ensure that the VHD files of the virtual machines can be stored on the SAN.
What should you do? (Each correct answer presents a complete solution.Choose all that apply.)
A.
From a node in Cluster2, create a Virtual Fibre Channel SAN.
B.
From a node in Cluster1, create a Virtual Fibre Channel SAN.
C.
From Cluster1, add the iSCSI Target Server cluster role.
D.
From Cluster1, configure the clustered File Server role of the File Server for scale-out application data type.
Explanation:
Need to Check
From a node in Cluster2, create a Virtual Fibre Channel SAN
From Cluster1, configure the clustered File Server role of the File Server for scale-outapplication data type.
File Server for Scale-Out Application Data provides the File Server with the ability to share the same folder from multiple nodes in the Cluster (so from
both nodes, i our case)
iSCSI Target Server Role will expose the SAN Storage through iSCSI for the Guests to see.* After the virtual machines are connected to the storage system using the virtual Fibre Channel components shared storage can be used by each VM, which
enables Hyper-V guest clustering. Before the virtual Fibre Channel features were available, Hyper-V guest machines were limited to iSCSI connections to enable
shared storage for guest clustering.
* A new feature in Windows Server 2012 Hyper-V is the ability to create a virtual Fibre Channel SAN. Each guest VM created on Windows Server 2012 includes a
new option Add hardware Fibre Channel cards, which can be attributed to World Wide node names(WWNN) and select the virtual combine Virtual SAN Fibre
Channel adapters.