A vSAN architect is reviewing an RFP (Request For Proposal) that has the following vSAN Ready Nodes requirements:• CPU upgrades every two years.• SAS drives will be changed to NVMe drives after one year.• Introduce additional IO controllers to enhance performance.What should the architect consider when writing the response?
During a design workshop, the customer has security concerns about the vSAN data transfer between the vSAN nodes.Which setting should the architect recommend enabling on the vSAN cluster to address this requirement?
Due to the success of the recently deployed developer-only private cloud solution, a company has a new requirement to increase the cache size and overall capacity of the solution to support an unexpected change in the workload profile and increase the overall performance of the solution.The current vSAN cluster has the following configuration:• 6 vSAN Nodes with 2 CPUs (20 cores), 512 GB RAM• 2 Disk Groups per vSAN node (2 x 400 GB, 6 x 3.84 TB)• De-duplication and Compression is enabled.• Encryption is enabled.• vSAN Total Capacity is: ~112 TB RAID6/FTT=2 (80% utilized)Following the administrator's recommendations, the service owner agrees to purchase 12 x 800 GB SSDs and 36 x 3.84 TB SSDs to upgrade the vSAN but would like to ensure that during the upgrade the availability of the workloads are not affected.Which three actions should the administrator take to meet this requirement? (Choose three.)
A write intensive application has been deployed recently into an All-flash 4-node vSAN cluster. Each node has one disk group with the following configuration:• 1 x 400 GB SSD for Cache• 4 x 3.84 TB SSD for CapacityAfter the deployment, the administrator notices that the overall workload performance is degraded and observes a low-write, buffer-free percentage.Which action should be taken to remediate this issue?
