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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Administrative and Operational Tasks | 28% | - Describe the management of VCF inventory - Describe the management of vSphere with Kubernetes - Understand the use of VCF APIs - Understand the concepts of VCF Identity and Access Management - Understand the concepts of VCF backup and restore - Understand the use of SDDC Manager for operational tasks - Describe the management of VCF certificates |
| Topic 2: IT Architectures, Standards, and Controls | 8% | - Differentiate between logical and physical architecture - Describe the concepts of Logical Switching and Logical Routing - Describe the concepts of Disaster Recovery and Business Continuity - Differentiate between Availability, Manageability, Performance, Recoverability, and Security (AMPRS) |
| Topic 3: Performance-tuning, Optimization, and Upgrades | 16% | - Understand the concepts of NSX performance optimization - Understand the VCF Lifecycle Manager (vLCM) - Describe the upgrade process for VCF components - Understand the concepts of vSAN performance optimization |
| Topic 4: Troubleshooting and Repairing | 24% | - Understand the troubleshooting of NSX components - Describe the troubleshooting of VCF Workload components - Understand the use of VMware Skyline and Health Checks - Describe the troubleshooting of VCF Management components - Understand the troubleshooting of vSAN components - Understand the SDDC Manager troubleshooting concepts |
| Topic 5: Installing, Configuring, and Setup | 24% | - Understand the configuration of vSphere with Kubernetes - Understand the deployment of vSphere Pods - Understand the VCF Installer and Bring-up process - Describe the configuration of VCF Management Domain - Describe the configuration of vSAN in VCF - Describe the configuration of VCF Workload Domain - Describe the configuration of NSX in VCF - Understand VCF Fleet concepts and components |
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NEW QUESTION # 29
An administrator Is responsible for managing a VMware Cloud Foundation (VCF) fleet. The administrator discovers intermittent performance issues with the supplemental storage (ISCSI) connected to VCF workload domain. The administrator discovers that the (iSCSI) target is reachable from most VMware ESX hosts, but some hosts consistently experience periods of slow I/O and connection drops.
Which two actions should the administrator take to diagnose and resolve this issue? (Choose two.)
Answer: B,C
Explanation:
To diagnose and resolve the intermittent performance and connection drop issues with the supplemental iSCSI storage, the administrator should focus on network layer consistency and health, particularly regarding packet size (MTU) and delivery (TCP).
* Examine the iSCSI VMkernel port for TCP retransmissions (Action B - Diagnose):"Intermittent" connection drops and slow I/O are classic symptoms of packet loss or fragmentation issues. By examining the ESXi network stats (e.g., using esxtop key n or viewing vSphere performance charts) for TCP retransmissions, the administrator can confirm if packets are being dropped or lost in transit.
Checksum offload errorscan also indicate issues where the NIC hardware is incorrectly validating packets, causing the OS to drop them. This step identifies theroot cause(packet loss/corruption).
* Ensure all ESX hosts have the VMkernel port MTU set to 9000 (Action E - Resolve):For high- performance storage traffic like iSCSI in a VMware Cloud Foundation environment, it is best practice to useJumbo Frames (MTU 9000)end-to-end (Host -> Switch -> Storage Array).
* The symptom thatsomehosts are affected suggestsconfiguration driftwhere those specific hosts might be set to a different MTU (e.g., 1500) or are mismatched with the physical network/target (which is likely set to 9000 for performance).
* An MTU mismatch (e.g., Target sending 9000-byte frames to a Host/Switch expecting 1500) typically results in the "Do Not Fragment" (DF) bit causing packet drops, leading to the reported connection drops and retransmission delays. Ensuring a consistent MTU of 9000 across the fleet resolves this and aligns with VCF performance standards.
Note: Option A (CHAP) is for authentication security, not performance. Option C (Update network plugin) is a lifecycle task but less likely to be the immediate fix for "some hosts" having intermittent drops compared to the common issue of MTU mismatch. Option D (MTU 1500) would resolve drops if the physical network doesn't support Jumbo Frames, but would degrade performance, making E the preferred resolution for a
"performance" storage tier.
NEW QUESTION # 30
An administrator creates a tag for a virtual machine (VM) in VMware Cloud Foundation (VCF) Operations.
When assigning the tag to the virtual machine In vCenter, the tag was not found.
What is the cause of this error?
Answer: C
Explanation:
In VMware Cloud Foundation 9.0 Operations,tags created inside VCF Operations do not automatically appear in vCenter. Tags must be explicitly synchronized ("pushed") to the selected vCenter instance before they become usable for VM tagging within vCenter. This is because VCF Operations maintains its own metadata store for tags, super metrics, groups, and policies.
The correct workflow is:
* Create the tag in VCF Operations.
* Push (synchronize) the tag to the appropriate vCenter instance.
* The tag then appears in vCenter'sTags & Custom Attributessection.
* Administrators can then assign the tag to VMs.
If the push step is skipped, the tag exists only inside VCF Operations and cannot be referenced by vCenter, which is exactly the symptom described:tag not found when attempting to assign it to a VM.
Option A is incorrect because Custom Groups do not affect vCenter tag visibility.
Option B is incorrect because tag synchronization is not tied to a specific vCenter version as long as the vCenter is officially supported by VCF 9.x.
Option D is irrelevant-VMware Tools has nothing to do with tag visibility.
NEW QUESTION # 31
An administrator is attempting to activate a new vSphere Supervisor for use with VMware Cloud Foundation (VCF) Automation on a newly deployed cluster. In the VMware vSphere client, when going through the vSphere Supervisor activation having selected VCF Networking with VPC, the Virtual Private Cloud (VPC) Connectivity Profile dropdown is empty on the workload network page. The administrator verified that a Virtual Private Cloud (VPC) Connectivity Profile exists in NSX.
What is the cause of the issue?
Answer: D
Explanation:
When activating avSphere Supervisor using VCF Networking with VPC, theSupervisor Workload Networkmust use aVPC Connectivity Profile. These profiles arescoped to an NSX Project, andcannot be consumed from the Default Project.
VCF Automation requires that:
* Acustom NSX Projectbe used for VPC networking integrations.
* TheDefault Projectcannot host Connectivity Profiles or VPC constructs intended for Supervisor activation.
Even though the administrator verified that a VPC Connectivity Profileexistsin NSX, the Supervisor wizard will not display it if:
* The VPC Connectivity Profile belongs to adifferent project, or
* The current selection is theDefault Project, which blocks visibility.
This exact behavior-empty VPC Connectivity Profile dropdown-is documented when attempting Supervisor activation under the Default NSX Project.
Option A (T0 active/active) affects North-South routing but does not hide VPC profiles.
Option B (Supervisor HA mode) does not impact network profile selection.
Option D (missing default VPC) is incorrect because the wizard is complaining aboutavailability of Connectivity Profiles, not VPC instances.
NEW QUESTION # 32
Through the VMware NSX Manager user interface, the administrator has identified an issue with BGP peering. Which command on the NSX Edge Transport Node provides more information about the issue?
Answer: C
Explanation:
When troubleshootingBGP peering issueson an NSX Edge Transport Node, VMware documentation directs administrators to examinerouting logs, because BGP failures are often caused by adjacency negotiation errors, authentication mismatches, keepalive/hold timer issues, or route-policy failures.
The NSX Edge CLI command:
get log-file routing follow
streams real-time routing logs, including BGP daemon logs (bfdd, routed, wdog) and provides detailed insight into:
* BGP session establishment and teardown
* Keepalive and hold timer exchanges
* Neighbor state transitions
* Route advertisement or rejection
* Authentication mismatches
* MTU or connectivity issues on TEP / uplinks
This is theonlycommand in the list that exposesdiagnostic-level BGP informationneeded to troubleshoot peering.
Option A (edge-cluster status) shows cluster membership only.
Option B (get logical-routers) shows logical router configuration, not BGP logs.
Option C (edge-cluster history state) is unrelated to routing.
NEW QUESTION # 33
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: A
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 # 34
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