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| Section | Weight | Objectives |
|---|---|---|
| Installing, Configuring, and Setup | 24% | - Understand the configuration of vSphere with Kubernetes - Describe the configuration of VCF Workload Domain - Describe the configuration of vSAN in VCF - Understand the deployment of vSphere Pods - Understand the VCF Installer and Bring-up process - Describe the configuration of VCF Management Domain - Understand VCF Fleet concepts and components - Describe the configuration of NSX in VCF |
| Troubleshooting and Repairing | 24% | - Describe the troubleshooting of VCF Workload components - Describe the troubleshooting of VCF Management components - Understand the use of VMware Skyline and Health Checks - Understand the troubleshooting of NSX components - Understand the SDDC Manager troubleshooting concepts - Understand the troubleshooting of vSAN components |
| Performance-tuning, Optimization, and Upgrades | 16% | - Understand the concepts of vSAN performance optimization - Understand the concepts of NSX performance optimization - Describe the upgrade process for VCF components - Understand the VCF Lifecycle Manager (vLCM) |
| IT Architectures, Standards, and Controls | 8% | - Differentiate between Availability, Manageability, Performance, Recoverability, and Security (AMPRS) - Describe the concepts of Logical Switching and Logical Routing - Describe the concepts of Disaster Recovery and Business Continuity - Differentiate between logical and physical architecture |
| Administrative and Operational Tasks | 28% | - Describe the management of VCF inventory - Understand the concepts of VCF backup and restore - Understand the use of VCF APIs - Understand the concepts of VCF Identity and Access Management - Describe the management of VCF certificates - Understand the use of SDDC Manager for operational tasks - Describe the management of vSphere with Kubernetes |
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NEW QUESTION # 14
An administrator is troubleshooting network connectivity issues on a VMware ESX host configured with a dedicated VMware vSAN vSphere Distributed Switch (vDS) port group. The VMware vSAN vDS port group has two physical adapters and two uplinks assigned. After a failure of the active physical adapter, the vSAN vDS connection over the vSAN network was lost.
What is the cause of the issue?
Answer: B
Explanation:
In vSAN ESA or OSA networking configured through a dedicated vSphere Distributed Switch (vDS), each vSAN vmkernel port must have at least oneActivephysical uplink available at all times. The scenario describes a vDS withtwo physical adaptersandtwo uplinks, but after failure of the active uplink,vSAN traffic was lost. This only occurs when the second physical NIC isnot actually assigned to the vSAN port group-typically because its uplink is set to"Unused".
In such a misconfiguration:
* vSAN traffic only uses the single active uplink.
* When that uplink fails, vSAN hasno failover path, causing immediate connectivity loss.
Option A (storage policies) does not affect network uplink behavior.
Option B (VLAN tagging) could cause connectivity failure but would not suddenly break only after an uplink failure.
Option D (failover policy not allowing fallback) affects recovery order, not immediate redundancy.
NEW QUESTION # 15
An administrator recently deployed a new three-node VMware vSAN Express Storage Architecture (ESA) cluster to an existing workload domain. After creating a number of Virtual Machines (VMs), the administrator discovers that storage is being consumed a lot quicker than expected.
While investigating the issue, the administrator discovers that the datastore default policy has been set to RAID-1 by Auto-Policy Management rather than the expected RAID-5.
What is a possible cause?
Answer: C
Explanation:
In vSAN Express Storage Architecture (ESA),Auto-Policy Managementdetermines which default storage policies can be used based on the number of hosts in the cluster. RAID-5 and RAID-6 policies require a minimum number of hosts to satisfy fault domain and component placement rules.
ForvSAN ESA, the minimum hosts required are:
* RAID-1 (FTT=1)# minimum3 hosts
* RAID-5 (FTT=1)# minimum4 hosts
* RAID-6 (FTT=2)# minimum6 hosts
In this scenario, the administrator deployed athree-host ESA cluster. Since RAID-5 requires at leastfour ESA-capable hosts, vSAN Auto-Policy Managementautomatically falls back to RAID-1, the highest level of resilience possible with the available cluster size. This results insignificantly higher storage consumption, which matches exactly what the administrator observed.
Option A is incorrect because RAID-5 is fully supported on ESA-but only with enough hosts.
Option C (Force Provisioning) does not change the default policy selected.
Option D (Host Rebuild Reserve) does not control RAID policy selection.
NEW QUESTION # 16
An administrator logs into the vSphere client to check the health of a cluster. An alert appears on the cluster stating, "vSphere HA host status".
The administrator toggles vSphere HA off and on and the following error appears on the host "A general system error occurred: Failed to start fdm service on host".
What is the cause of this issue?
Answer: D
Explanation:
vSphere High Availability (HA) depends on theFDM agent(Fault Domain Manager) that runs on every ESXi host in the cluster. When an administrator enables HA on a cluster, vCenter automatically installs or updates thevmware-fdm VIBon each participating ESXi host. This VIB contains the HA agent binaries and is mandatory for HA services to start.
The error encountered:
"A general system error occurred: Failed to start fdm service on host"
is a classic and well-documented symptom of amissing or corrupted vmware-fdm VIB. When vSphere HA is toggled off and on, vCenter attempts to reinstall or restart the FDM agent; if the VIB is not present, HA cannot deploy successfully, and the FDM service fails to start.
Why the other answers are incorrect:
* A. The vmware-fdm service is disabledESXi does not allow manual disabling of this system service in normal operations. If the service fails to start, the root cause is usually the absence or corruption of the VIB-not a disabled service.
* C. Admission Control settings not configured correctlyAdmission Control errors affectVM failover capacity, not the ability to start FDM services.
* D. HA startup policy not configured correctlyThere isno per-host HA startup policythat prevents FDM from starting.
NEW QUESTION # 17
An administrator is creating an additional Organization for All Apps within VMware Cloud Foundation (VCF) Automation.
After logging into the VCF Automation Provider Management Portal UI, the administrator is only able to create new Organizations for All Apps.
What action can the administrator take to resolve the issue and complete the task?
Answer: B
Explanation:
In VMware Cloud Foundation (VCF) 9.0 Automation,Provider Administratorsmanage which types of Organizations can be created:
* VM Apps Organizations
* All Apps Organizations
These capabilities are controlled byFeature Flagswithin theVCF Automation Provider Management Portal
. If the administrator logs in and only sees the ability to createAll Apps Organizations, it means that the feature flag enablingVM Apps Organization creationhas not been turned on.
VCF Automation requires the Provider Admin to explicitly enable creation ofVM Apps Organizations, because doing so exposes VM-centric consumption models and allows the environment to differentiate between VM-only and hybrid (VM + Kubernetes) application deployments.
Therefore, the administrator simply needs to navigate to:
Provider Management Portal # Administration # Feature Flags # Enable "Create VM Apps Organizations" Option A (creating via API) is unnecessary-the UI will support it once the feature is enabled.
Option B (deleting existing VM Apps orgs) has no effect on feature availability.
Option C (deleting All Apps orgs) is unrelated and would not unlock VM Apps org creation.
NEW QUESTION # 18
An administrator is adding a vSphere Supervisor using VMware NSX classic to an existing VMware Cloud Foundation (VCF) cluster using Distributed Connectivity. When attempting to enable the vSphere Supervisor for the domain the cluster shows up as incompatible with the reason:
No valid edge cluster for VDS 50 Ob 4d 9a cb 32 62 4d - 76 78 6b 92 cd 87 c4 5a Why is the cluster showing up as incompatible?
Answer: D
Explanation:
A Comprehensive and Detailed Explanation: When enabling vSphere Supervisor with NSX Classic (using the traditional NSX-T Data Center networking stack rather than the newer NSX VPC mode), the vSphere Workload Management wizard filters the list of available NSX Edge Clusters to ensure they are explicitly designated for use with Kubernetes workloads.
The "WCPReady" Tag Requirement: The primary mechanism vCenter uses to identify a valid, compatible Edge Cluster for Workload Management is a specific tag on the NSX Edge Cluster object. This tag must be WCPReady (case-sensitive).
Symptoms: If this tag is missing-which often happens if the Edge Cluster was created manually in NSX Manager rather than through the SDDC Manager automation-the validation process will fail to find any usable clusters. This results in the specific error message: "No valid edge cluster for VDS [UUID]", or simply an empty list of compatible clusters in the wizard.
Resolution: The administrator must log in to the NSX Manager, navigate to System > Fabric > Nodes > Edge Clusters, select the target cluster, and manually add the tag WCPReady (often with the scope "Created for", though the tag itself is the critical filter).
Why other options are incorrect:
B: Large Edge nodes are actually a requirement for vSphere Supervisor (Small/Medium are typically unsupported for this role), so deploying them as Large would make the cluster compatible, not incompatible.
C: vSphere Supervisor fully supports Distributed Connectivity (connecting directly to the VDS), so Central Connectivity is not a hard requirement causing this specific error.
D: While AVI (NSX Advanced Load Balancer) is a supported load balancer, the "No valid edge cluster" error occurs during the Edge Cluster discovery phase, preceding the load balancer configuration.
NEW QUESTION # 19
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