An administrator has changed the Virtual Machine Storage Policy from RAID-5 to RAID-6.
How many failures can be tolerated when this change is made?

A. 3

B. 4

C. 2

D. 5

An administrator is reviewing the root cause analysis of a failure event that resulted in vSAN Data Loss. The following information is known about the event:
1.	The RAID battery-replacing procedure on one of the first vSAN cluster node took much more time than the vSAN administrator predicted.
2.	The only Storage policy has a Primary level of Failures To Tolerate = 1.
3.	Whilst the first host was in maintenance mode, another node failure occurred, causing da-ta loss in the vSAN cluster.
The administrator needs to update the procedure for completing maintenance on the cluster.
Which Maintenance Mode option should the administrator choose to ensure that data loss does not occur in the future?

A. No data migration

B. Ensure accessibility

C. No data migration with selected option ‘Move powered-off and suspended virtual machines to other hosts in the cluster’

D. Full data migration

An administrator notes that the Data-At-Rest Encryption keys have expired.
Which action is needed to resolve this situation?

A. Add a new Standard Key Provider at the vSAN cluster level

B. Generate new encryptions keys at the vSAN cluster level

C. Add an additional KMS at the vCenter server level

D. Generate new encryptions keys at the vCenter server level

An organization has two vSAN clusters managed by the same vCenter server, each providing 100 TB of storage. The first cluster runs at 75% of its storage capacity, and the second cluster runs at 40% of its storage capacity.
The company also has the following:
•	an iSCSI array of 300 TB, which runs at 76% of its capacity
•	a NAS system of 200 TB, which runs at 10% of its capacity
•	a Fiber channel (FC) array of 300 TB, which runs at 80% of its capacity
The administrator is asked to add an additional 25 TB of storage to the first cluster but is also made aware that there is no budget to purchase new hardware and that the vSAN Storage Policy Based Management must be kept in place.
Which storage option will work for this use case?

A. Use the iSCSI array to obtain additional free capacity.

B. Use the NAS to obtain additional free capacity.

C. Use an HCI Mesh to obtain additional capacity.

D. Use the FC array to obtain additional free capacity.

Due to the success of the recently deployed developer-only private cloud solution, a company has a new requirement to at least double the usable capacity in their all-flash vSAN cluster.
The vSAN cluster is deployed into a co-located datacenter that is owned by a third-party hosting company. The hosting company charges a fixed monthly cost for rack space and power consumption. The service owner has been given a limited budget for additional hardware purchases, but not for on-going co-location costs.
The current vSAN cluster has the following configuration:
✑ 10 vSAN Nodes with 2 CPUs (20 cores), 512 GB RAM
✑ 1 Disk Group per vSAN node
- 1 x 400 GB
- 4 x 1.8 TB
✑ De-duplication and Compression is enabled.
✑ vSAN Capacity is currently:
- Total: 72 TB
- Usable: ~40 TB (FTT1/RAID1) and ~60 TB (FTT1/RAID5).
As a result of any action taken, the service owner would like to ensure that overall availability of the vSAN cluster is increased.
Which two recommendations meet the requirement to increase capacity while maintaining service availability? (Choose two.)

A. Install an additional 400 GB SSD and 4 x 1.8 TB SSDs per vSAN node.

B. Update the existing Disk Group, and claim the newly installed drives for each node.

C. Create a new Disk Group, and claim the newly installed cache and capacity SSD drives for each node.

D. Install an additional 3 x 1.8 TB SSDs per vSAN node.

E. Replace existing SSDs with an 800 GB SSD and 4 x 3.8 TB SSDs per vSAN node.

A vSAN cluster recently experienced a network partition due to a major network outage. The system administrator noticed that:
•	The virtual machines running on the vSAN cluster remained powered on all hosts.
•	When the network was restored, some VMs were duplicated between the different ESXi hosts.
What should the administrator check to prevent this from happening again?

A. vSphere HA Admission Control

B. vSphere DRS Advanced Parameters

C. Proactive HA Failures and Responses

D. vSphere HA Advanced Parameters

An administrator is tasked to utilize vSAN Direct for the deployment of Kubernetes workloads and needs to make the vSAN Datastores visible as a compatible storage.
Which setting should be enabled to make this possible?

A. Tag based placement rules

B. Deduplication and Compression

C. Kubernetes service in the vSAN configuration

D. Resource pools on the vSAN cluster

During a design workshop for a stretched vSAN cluster, the requirement that some of the VMs be configured with no-mirror between sites was discussed.
Which three recommendations should the architect provide to address an event of a network partition between two sites? (Choose three.)

A. Host isolation response must exclude the VMs required

B. The default gateway must be used as the only isolation address

C. One of isolation addresses should reside in the site 1 data center

D. VMware vSphere DRS rules to force the VMs to run where the data resides

E. One isolation address reachable only from the witness appliance in both sites

F. One of isolation addresses should reside in the site 2 data center

An administrator is tasked with preparing for a Cross vCenter migration in a stretched vSAN cluster where the virtual machines migration will be orchestrated via
VMware Site Recovery Manager.
Which action should the administrator take so the migration is successful?

A. Disable vSAN Deduplication and Compression

B. Reconfigure vCenter HA Admission control

C. Enable vCenter Single Sign-On Enhanced Linked Mode

D. Make sure that Witness traffic is on the management NIC.

In a vSAN stretched cluster, which value must be set in the vSAN policy if there is no requirement for data mirroring across sites?

A. SFTT = 0

B. SFTT = 1

C. PFTT = 1

D. PFTT = 0

A vSAN administrator notices that all the applications on a vSAN cluster are suffering from performance degradation. The main applications on this cluster are very random write-intensive and generate a lot of i/o. De-staging seems to be going awfully slow.
Given the following information:
•	Each host has a single disk group.
•	Each disk group has 7 capacity disks.
•	The size of each cache disk is 600 GB.
How should the administrator solve this problem?

A. Add additional disk groups

B. Add more capacity disks

C. Add more cache disks

D. Increase the size of cache disks

Administrator deployed VMs with vSAN Stretched Cluster aware storage policy.
Which percentage of read locality will be maintained?

A. 25%

B. 50%

C. 100%

D. 75%

An administrator is discussing the "No Data Migration" vSAN maintenance mode.
In which situation should the administrator recommend this mode?

A. When the VMs are protected by vSphere Fault Tolerance

B. When the vSAN host requiring maintenance is a compute node only

C. When the cluster has three fault domains configured

D. When objects are configured with FTT=0

As a part of a network hardware refresh project, all the network switches have been replaced with a newer, high-performance model. After the replacement, the company users started experiencing slowness on the applications hosted on their vSAN-backed VMs.
The vSAN administrator checked the vSAN Network Health status and noticed that the "Hosts large ping test" has failed.
What could be the cause of this performance degradation issue?

A. MTU 9K is not configured on the hosts vSAN vMKernel ports.

B. MTU 9K is not configured on the hosts VMnic ports.

C. MTU 9K is not configured on the ToR switch.

D. MTU 9K is not configured on the vDS switch.

An administrator is planning to deploy cloud-native workloads onto the vSAN Direct datastore.
Which storage policy structure rule is supported?

A. Host-based rules

B. vVOL storage rules

C. Tag-based placement rules

D. Storage performance-based rules

Due to an update in their security requirements, an organization is no longer compliant because the metadata traffic between hosts in their vSAN cluster is not being encrypted.
Which step must be taken by the administrator to meet the new security requirements?

A. Enable vMotion encryption on the vSAN cluster.

B. Enable virtual machine encryption on the vSAN cluster.

C. Enable Data-At-Rest Encryption on the vSAN cluster.

D. Enable Data-In-Transit Encryption on the vSAN cluster.

An architect is tasked with implementing a solution that allows the creation of an active-active datacenter that leverages a vSAN Stretched Cluster. The requirement is to automate deployment with the least administrative efforts.
Which product meets this requirement?

A. VMware VVD

B. vRealize Automation

C. VMware Cloud Foundation

D. vRealize Orchestrator

During a vSAN design workshop, a customer expressed a requirement to decommission an existing enterprise NAS device that provides iSCSI services for a clustered application.
Based on the current state analysis, the following information was noted:
•	Current utilization is 500 LUNs.
•	All clustered workloads are configured for Multiple Connections per Session.
•	LUN sizes range between 10 TB to 30 TB.
What should the architect state regarding the requirements?

A. All requirements can be satisfied without any change.

B. Only single connection per session is supported.

C. The number of LUNs require additional licensing.

D. It is a best practice to maintain a LUN size of 8 TB.

An administrator wants to check the performance metrics for the workloads and their virtual disks that are running on a vSAN cluster, but no statistical charts are displayed in the vSphere client.
Why is this behavior being seen?

A. vSAN network diagnostic mode is not enabled.

B. vSAN proactive tests haven’t been run yet.

C. vSAN performance service is turned off.

D. vSAN performance verbose mode is not enabled.

An architect is designing for a production vSAN cluster, and the customer introduced these requirements related to File Services:
✑ A minimum of 12 files shares.
✑ 30TB NFS capacity to mount workload VMs.
What should be the architect's recommendations?

A. Point out the risks regarding putting the hosts in maintenance mode in terms of FSVM.

B. Confirm on all of the requirements and move forward with the physical design.

C. Raise concerns regarding support when running VMs on an NFS share as risk.

D. Highlight the required number of nodes required for the vSAN cluster as a constraint.

An administrator is planning to change a vSAN Storage Policy to apply a Failures To Tolerate (FTT) of 2, using RAID-6.
What is the minimum number of vSAN nodes required?

A. 6

B. 4

C. 5

D. 8

A company has engaged a consultant to upgrade an existing vSAN cluster to vSAN 7.0 U1.
During the discovery phase, the consultant found the following information about the existing environment:
✑ The VMware vCenter Server has recently been upgraded from VMware vSphere 6.7 U3 to version 7.0 U1.
✑ The vSAN Cluster was recently expanded with identical hardware specification, but from a different hardware vendor.
The hardware for each vSAN node is listed on the vSAN Compatibility Guide (VCG) for vSAN 7.
 
✑ The vSAN Cluster has the following configuration:
- vSAN version: 6.6.1
- Number of vSAN nodes: 10
- Encryption: enabled
- Deduplication and Compression: enabled
- vSAN Capacity Utilization: 60%
✑ Each vSAN node has the following configuration:
- VMware vSphere ESXi version: 6.5 Update 3
- CPU: 2 processors, 20 cores
- RAM: 768GB RAM.
- Disk: 2 Cache SSDs and 6 Capacity SSDs
- Network: 4 x 10GbE
Which three recommendations should the consultant make to ensure all data remains protected in the event of a vSAN failure? (Choose three.)

A. The Full data migration maintenance mode option must be chosen to protect the data during the upgrade.

B. The Ensure accessibility, migration maintenance mode option must be chosen to protect the data during the upgrade.

C. The upgrade process should be completed using host upgrade baselines in VMware vSphere Lifecycle Manager (vLCM).

D. The vSAN nodes should be upgraded to vSphere ESXi 7.0 U1.

E. The upgrade process should be completed using images in VMware vSphere Lifecycle Manager (vLCM).

F. The vSAN nodes should be upgraded to vSphere ESXi 6.7 U3.

During a maintenance action on a vSAN node, a vSAN administrator noticed that the default repair delay time is about to be reached.
Which two commands must be run to extend the time? (Choose two.)

A. /etc/init.d/vsanmgmtd restart

B. esxcli system settings advanced set -o /VSAN/ClomRepairDelay -i 50

C. esxcli system settings advanced set -o /VSAN/ClomRepairDelay -i 80

D. /etc/init.d/clomd restart

E. /etc/init.d/vsanobserver restart

An administrator is setting up a clustered application and is concerned about the additional space requirements stemming from traditional vSAN storage and Failure to Tolerate (FTT) storage policies. The administrator would like to leverage a vSAN service for this clustered application that would not consume more storage than is actually required.
Which vSAN service should be used to meet this goal?

A. vSAN File services

B. vSAN iSCSI

C. vSAN Compression Only

D. VMware vSAN Direct

An administrator is tasked with sharing storage from one vSAN cluster to another vSAN cluster. SPBM management must be preserved end-to-end, and the policy must be applied by the source vSAN cluster which is storing the data. Both vSAN clusters are managed by the same vCenter server.
What should the administrator configure?

A. NFS volumes on vSAN

B. iSCSI targets on vSAN

C. HCI Mesh on vSAN

D. vVOLs on vSAN

An administrator has an absent capacity disk.
Which action, if any, should the administrator take to resolve the problem?

A. Wait, and vSAN will rebuild it.

B. Replace the faulty disk.

C. Replace the faulty host.

D. Verify the host is not isolated.

A customer is planning to migrate their physical Microsoft SQL Server clustered workloads to vSAN enabled vSphere clusters.
The following requirements must be met:
✑ Each MSSQL cluster is made up of 3 nodes
✑ Highest possible availability against node failures
✑ Some of the vSAN clusters will only consume storage
What should the architect recommend?

A. vSAN iSCSI Target Service

B. Stretched vSAN Cluster

C. vSAN Direct

D. vSAN File Services

After a vSAN Witness Appliance network configuration, the vSAN administrator notices that vSAN traffic flows from vmk0 (Management Traffic) rather than vmk1
(vSAN Traffic).
Which step should be taken to resolve this issue?

A. Configure vmk0 with IP address on the same range as that of vmk1.

B. Tag the vmk0 for vSAN traffic.

C. Configure vmk1 with IP address on the different network than that of vmk0.

D. Tag the vmk1 for Witness traffic.

An architect is reviewing a vSAN cluster that has an unbalanced cluster configuration.
Which behavior will the architect observe?

A. Consistent maintenance procedures

B. Reduced predictability of storage performance

C. Reduced deduplication capabilities

D. Faster rebuild times

An architect is designing a vSAN cluster where the hosts have more than 512 GB of memory.
Which two boot devices are recommended for these hosts? (Choose two.)

A. USB

B. PMEM

C. SD

D. Disk Device

E. SATADOM

An administrator is setting up vSAN file services on a vSAN cluster.
Which two security policies on the distributed port groups are automatically enabled in the process? (Choose two.)

A. Forged Transmits

B. Promiscuous Mode

C. DVFiltering

D. Jumbo Frames

E. MacLearning

An administrator would like to upgrade ten identically configured 2-node vSAN clusters from vSAN 6.7 U3 to vSAN 7.0 U1. Currently, each 2-node vSAN cluster is using a dedicated vSAN witness host appliance. As a result of the upgrade, the administrator would like to leverage the vSAN shared witness feature to reduce the resources being consumed.
In preparation for the first vSAN cluster upgrade, the administrator has completed the following tasks:
1. Upgraded vCenter Server to vCenter Server 7.0 U1.
2. vSphere High Availability (HA) has been disabled on the vSAN Cluster.
3. Upgraded the vSAN witness host appliance to vSphere 7.0 U1.
4. Upgraded both vSAN data nodes to vSphere 7.0 U1.
The key requirement is to ensure that backwards compatibility to the existing version of vSAN is maintained during the upgrade process.
Which three additional steps should the administrator complete to ensure that subsequent clusters can share the same vSAN Witness? (Choose three.)

A. Upgrade the vSAN On-Disk Format (ODF) to version 12.

B. Manually update the vSAN Witness with a vSAN 7 license key.

C. Update the vSAN cluster to use the new vSAN witness host appliance.

D. Configure the existing witness host appliance to act as a shared witness.

E. Deploy a new vSAN 7.0 U1 witness host appliance to act as a shared witness.

F. Upgrade the vSAN On-Disk Format (ODF) to version 13.

An administrator is tasked with setting up HCI mesh between the following two vSAN clusters:
•	Cluster 1 uses FTT=1 via mirroring
•	Cluster 2 uses FTT=1 via Erasure Coding
The administrator configures Cluster 2 as the cluster that is contributing storage to HCI mesh.
Which FTT applies to objects created on Cluster 1 when using the HCI Mesh shared storage?

A. HCI mesh always uses FTT = 1.

B. HCI Mesh always uses the default vSAN policy from the target site.

C. HCI Mesh always uses the source vSAN cluster to set its policy.

D. HCI mesh always uses FTT = 0.

An administrator managing a vSAN cluster of six-nodes with policy FTT-2/RAID-6 decided to put one of the nodes in maintenance mode using the `Full-data migration` option.
What will happen after this action is taken?

A. The host will enter in maintenance mode and the data will remain accessible until the host exits maintenance mode.

B. The system will prompt to add an additional host to the cluster in order to preserve the policy compliance.

C. The host will enter in maintenance mode and only data with no redundancy will remain accessible.

D. The host will enter into maintenance mode if both components of a certain object are residing on that host, then one of the components will be moved to another available host.

A company has deployed a 12-node (6-6-1) vSAN 7.0 stretched cluster for all production workloads.
The customer currently uses two different vSAN storage policies for running the workloads depending on the applications requirements:
•	Policy 1 - Site Disaster Tolerance=Dual Site Mirroring, FTT=Erasure Coding
•	Policy 2 - Site Disaster Tolerance=Dual Site Mirroring, FTT=Mirroring
During the setup of the vSAN stretched cluster, the following VM/Host Rules were created:
•	Preferred Site - Preferred Site workloads should run on DC1 hosts.
•	Secondary Site - Secondary Site workloads should run on DC2 hosts.
Which two actions should the administrator take to ensure that there is no impact to production services before completing the maintenance window in the Preferred Site? (Choose two.)

A. Update the Preferred Site vSphere DRS affinity rule to be “Should not run on hosts in group”.

B. Change the Host Groups in the Preferred Site rule to the DC2 hosts.

C. Update the Preferred Site vSphere DRS affinity rule to be “Must run on hosts in group”.

D. Change the Host Groups in the Secondary Site rule to the DC1 hosts.

E. Update the Secondary Site vSphere DRS affinity rule to be “Must run on hosts in group”.

An architect is tasked to design a VMware Horizon Solution with vSAN. The architect needs to use a solution to host the user's profile shares in a highly available manner, and it must be guest OS independent.
Which solution will match these requirements?

A. Cluster out of the box

B. Cluster in a box

C. NFS on vSAN

D. iSCSI on vSAN

Upon checking the latency goal under vSAN performance diagnostics, the vSAN Administrator sees this message displayed:
The increase in latency in the vSAN stack might be beyond expected limits.
Which two root causes can be identified to help remediate the issue? (Choose two.)

A. vSAN VMKemel portgroup is configured with the ג€Route based on IP hashג€ teaming policy

B. vSAN encryption is enabled

C. Large packet losses and retransmissions on the network layer

D. Incorrect sizing of the disk groups capacity disks

E. One or more disk groups are congested

During a vSAN design workshop, the customer expressed the following requirements:
•	The ESXi hosts will have their disk related hardware changed to become vSAN nodes.
•	The default storage policy will be based on an FTT=2 (Failures to Tolerate).
•	The vSAN Primary level of failures to tolerate (PFTT) will be set to a value of 2.
Based on the request, the architect was shown the following information about the current cluster:
•	The number of existing ESXi hosts is 8.
•	vSphere High Availability (HA) Admission control set to 37.5%.
How does this information impact the vSAN cluster design?

A. Secondary level of failures to tolerate must be defined with a value of 2.

B. The current configuration is recommended for the vSAN transformation.

C. The vSphere HA Admission Control must be set to a maximum of 25%.

D. Proactive HA should be enabled on the vSAN cluster.

An architect collected the below technical requirements from the customer during a vSAN cluster design workshop:
✑ Maximize the vSAN datastore usable capacity.
✑ Deduplication and compression are required to help utilize available capacity efficiency.
✑ Ensure the highest level of resiliency wherever possible.
Which disk group configuration should the architect include in the design?

A. One disk group per host, with one cache tier flash disk and four capacity tier flash disks.

B. Two disk groups per host, each with one cache tier flash disk and four capacity tier flash disks.

C. Two disk groups per host, each with one cache tier flash disk and six capacity tier flash disks.

D. Two disk groups per host, each with one cache tier flash disk and six capacity tier magnetic disks.

A 30-minute power maintenance window has been approved on Sunday. Due to a delay, the maintenance took 20 minutes longer to finish.
During this time, the vSAN administrator noticed that one of the clusters nodes was affected by a power shortage, as it was connected to an affected power source. The default vSAN storage policy has been applied.
What will be the status of the vSAN objects on the affected host immediately after it is recovered?

A. The cluster will be partitioned and the vSAN host will need to be rejoined.

B. A rebuild of the affected objects will occur.

C. All objects will remain accessible.

D. All objects on the affected host will be lost.

An administrator of `vsan-prod` cluster noticed the witness components of VMs are flagged as absent after a failed attempt to replace the vSAN Witness Host.
Which action should the administrator take to resolve this issue?

A. Upgrading the vSAN on-disk format

B. Running the vSAN Skyline Health check to ensure there are vSAN Object Health errors and executing the Repair Object Immediately option

C. Using the RVC command: vsan.resync_dashboard ~/computers/vsan-prod

D. Placing the vSAN Witness Host in Maintenance Mode and adding to the vSAN cluster

A faulty disk was not cleanly removed from the vSAN cluster when being replaced.
Which action should be taken to resolve the problem and restore the vSAN cluster to a healthy state?

A. Delete and recreate the disk group.

B. Reboot the host to clear the lock.

C. Rescan the SCSI adapter to clear the lock.

D. Ignore the errors, and add the new disk into the disk group.

An architect is working with an All-Flash vSAN configuration and will be using the Flash Caching Devices in vSAN.
Which requirement is specifically needed for these devices?

A. Write endurance

B. IOPS

C. Read endurance

D. Capacity

An administrator is planning to deploy workloads on a six node vSAN cluster, and all nodes are distributed equally across three racks.
Which action is required to ensure that the workload VMs remain compliant with the default vSAN policy after a complete rack failure?

A. Add an additional rack with two hosts, and configure vSAN with four fault domains and FTT=1 (erasure coding).

B. Add two additional hosts per rack, and configure vSAN with three fault domains and FTT=1.

C. Add an additional host per rack, and configure vSAN with three fault domains and FTT=2.

D. Add an additional rack with two hosts, and configure vSAN with four fault domains and FTT=1 (mirroring).

During a vSAN design workshop, an architect collected these customer requirements:
✑ Leverage vSAN storage policies with Erasure Coding.
✑ Enable Deduplication and Compression.
✑ Use the minimum number of hosts in the cluster.
✑ Maintain full storage policy compliance when two nodes are down.
Which vSAN cluster design meets the customer's requirements?

A. Five nodes All-Flash vSAN cluster

B. Six nodes All-Flash vSAN cluster

C. Six nodes Hybrid vSAN cluster

D. Five nodes Hybrid vSAN cluster

An administrator is tasked with setting up a disaster recovery solution on top of a standard vSAN cluster in the first site and a separate standard vSAN cluster in the secondary site. Costs are a constraint and should be kept to the absolute minimum.
Which solution fits this use case best?

A. VMware vSphere Replication

B. vSAN stretched cluster and VMware vSphere Replication

C. SRM and VMware vSphere Replication

D. Storage replication and SRM

An architect is designing a new Hybrid five node vSAN cluster for a customer who is planning to use vRealize Automation to provision 600 virtual machines into that cluster, with expected growth up to 1,000 VM. Each VM has a 40GB thick-provisioned disk.
Which flash disk size is required for the cache tier per ESXi node to meet all requirements?

A. 400GB

B. 700GB

C. 600GB

D. 800GB

A customer is planning to deploy a vSAN cluster to host their in-house distributed ERP system. The hardware specifications for their server nodes include:
✑ 2 x Intel Xeon CPU E5-2697 v3 @ 2.60GHz
✑ 1TB memory
Which boot device is supported for the vSAN ESXi nodes for this customer?

A. A 16GB single-level cell (SLC) SATADOM device must be used.

B. A 4GB USB or SD device must be used.

C. A 16GB multiple-level cell (MLC) SATADOM device must be used.

D. ESXi Hosts must boot from a PMEM device.

During a vSAN design workshop, the infrastructure team highlighted the need to ensure the availability and resiliency of the vSAN network for their production clusters. Each ESXi host is connected to the TOR switches with two 1 GB physical adapters. The physical network fabric is using a spine-leaf architecture.
These subnets are available for the ESXi hosts:
•	Subnet A: 192.168.10.0/24
•	Subnet B: 192.168.20.0/24
Which three strategies can the architect suggest to satisfy these customer requirements? (Choose three.)

A. Configure MTU 9K jumbo frame on the hosts and leaf switches.

B. Configure NIC teaming.

C. Replace the server NICs with 10 GB ones.

D. Add one vSAN VMKernel port to subnet B.

E. Add one vSAN VMKernel port to subnet A.

F. Add two vSAN VMKernel ports to subnet A.

An existing vSAN customer is considering vSAN File Services, and based on the current state analysis, the following information was provided:
•	7 vSAN ROBO clusters
•	The clusters have two hardware BoM (Bill of Materials):
o	BoM-01 Test & Dev Environment:
•	4 CPUs @ 2.50 GHz with 2 cores per CPU.
•	128 GB Memory.
•	CachingTier 960 GB.
•	CapacityTier 1.8 TB x 4.
•	10 GigE.
o	BoM-02 Production Environment:
•	4 CPUs @ 2.60 GHz with 6 cores per CPU.
•	256 GB Memory.
•	CachingTier 960 GB.
•	CapacityTier 6 TB x 4.
•	10 GigE.
Which two recommendation should the architect propose? (Choose two.)

A. Scale the vSAN clusters to 4 nodes at minimum.

B. Upgrade BoM-01 CPU to have 6 cores minimum.

C. Scale the vSAN clusters to 3 nodes at minimum.

D. Upgrade both BoM to have 2 disk groups at minimum.

E. Upgrade BoM-01 CPU to have 4 cores minimum.