A global financial company has requested assistance with a new cross-site failover design between two sites which will support business critical applications. Latency between the sites is less than 5ms round-trip. The company requires:
1.
application must be restarted quickly in the event of a total site failure
2.
allow for planned migration during maintenance
3.
applications must be kept online even when migrated due to planned maintenance
Drag each statement to its correct concept
Select and Place:
You have been provided with a list of requirements for a vSphere Design. For each requirement, categorize the requirement as a component of the conceptual, logical, or physical design. Drag a requirement button (R1-R8) over to the green space provided beside the corresponding Design Phase.
Select and Place:
Match the business statement to its appropriate concept.
Select and Place:
Drag and Drop
You have been tasked with creating a vSphere 6.5 data center design for an organization. The organization has provided a number of requirements, resulting in a preliminary vSphere cluster design shown in the Scenario.
The organization has purchased additional servers configured with large amounts of resources (i.e. CPU, RAM) that could be integrated into the cluster design. Consider each vSphere cluster design and determine the benefit of adding
additional servers to the design.
Match the Action on the left by dragging the red buttons (A1-A3) over the text of the corresponding Effect. NOTE: Actions taken might have more than one Effect on the cluster design.
Select and Place:
Sort the traffic by whether it can be encrypted natively by vSphere.
Select and Place:
A customer is currently running a vCenter Server 5.5 environment with 48 identically-configured ESXi hosts.
1.
These ESXi hosts are divided into six 8-host HA/DRS clusters.
2.
The customer wants to upgrade to vSphete 6.5 and combine all of its ESXi hosts into a single 48-host HA/DRS cluster. Place these actions in the correct order to accomplish this.
Select and Place:
Categorize the tools as providing either Availability or Recoverability.
Select and Place:
You have been tasked with creating a vSphere 6.5 design for an organization. The customer wants to ensure isolation in the network but does not know when to incorporate physical networks, VLANs and PVLANs.
Evaluate the design requirement and determine the isolation method to satisfy the design.
Match each Design Requirement on the left by dragging the red Requirement buttons (R1-R5) over the text of the appropriate Isolation Method.
NOTE: Multiple Design Requirements may fit each Isolation Method.
Select and Place:
You have been provided with a list of requirements for a vSphere Design. For each requirement, categorize the requirement as a component of the WRT, RTO, RPO, MTD, and Recoverbility. Drag a requirement button (R1-R8) over to the green space provided beside the corrisponding Design Phase.
Select and Place:
Drag each option to its appropriate concept.
Select and Place:
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