VMware VCP-VCF: Cloud Foundation Architect (2V0-13.25) Practice Exam

What the VMware VCP-VCF exam covers

• 1 IT Architectures, Technologies, Standards149 questions
• 2 VMware Products and Solutions61 questions
• 3 Requirements, Conceptual, Logical and Physical Design146 questions
• 3 Design for AMPRS120 questions
• 3 Workload Migration, Consumption and Monitoring Design90 questions

Free VMware VCP-VCF practice test questions

A sample of 10 questions with answers and explanations. A free account includes a fixed set of 20 practice questions for this exam, retryable anytime. Paid access unlocks the full 566-question bank.

1. Question 11 IT Architectures, Technologies, Standards

   During requirements gathering, an architect writes: "It is assumed that the customer will provide DNS and NTP services before the VCF Installer deploys the fleet." What type of documentation element is this?

   • AAn assumptionCorrect
   • BA constraint
   • CA risk
   • DA design implication
   ✓ Correct answer: A

   The architect is recording a belief that DNS and NTP will be in place before the VCF Installer runs; nobody has confirmed it yet, so it is an assumption to validate with the service owners. The services themselves are an external dependency, and forward and reverse DNS records and an internal NTP source are VCF design requirements, so if this assumption proves false it becomes a risk to the deployment date.

   Why the other options are wrong

   • BA constraint is a fixed limit on design freedom, such as mandated hardware; the statement records an unconfirmed expectation, not a limit.
   • CA risk is an uncertain event with an impact and a response; the sentence states something believed true, which would only become a risk if validation showed it doubtful.
   • DA design implication is the consequence of a chosen design decision; no decision has been made here, only an expectation about customer-provided services.
2. Question 21 IT Architectures, Technologies, StandardsSelect all that apply

   Which of the following commonly drive design constraints, rather than requirements, in a VCF deployment? (Choose TWO)

   • AA preference for minimal ongoing administrative overhead
   • BA desired level of application performance
   • CRegulatory or compliance mandates already in forceCorrect
   • DExisting hardware investment that must be reusedCorrect
   ✓ Correct answer: C, D

   Regulatory mandates already in force and existing hardware that must be reused are both fixed before the design starts, and they remove options: where data may live, which hosts and switches must be used. A preference for low administrative overhead and a desired application performance level are outcomes the customer wants, so they become manageability and performance requirements rather than constraints.

   Why the other options are wrong

   • AMinimal administrative overhead is a desired outcome, which makes it a manageability requirement rather than a fixed limit.
   • BA desired application performance level is a performance requirement the design must meet, not a limit on design choices.
3. Question 31 IT Architectures, Technologies, Standards

   A charity's design has a single SFTP backup target. A second site would cost far more than the estimated impact of losing backups in a site disaster, and the trustees sign off on this. Which response is this, and what must be recorded?

   • AAvoid; record the removal of all backups from scope
   • BMitigate; add a second SFTP target and record its cost
   • CAccept; record the rationale and trustee sign-offCorrect
   • DTransfer; record the SFTP vendor as the risk owner
   ✓ Correct answer: C

   When the cost of action exceeds the impact and the owner agrees, the risk is accepted: it stays in the register with the rationale, the residual risk and the sign-off. Acceptance is a decision, not neglect, and it should be revisited if the impact or the cost changes, for example if a second site later becomes available.

   Why the other options are wrong

   • ARemoving backups from scope does not avoid the risk; it increases the impact of every failure.
   • BMitigation would add the second SFTP target, which the trustees have decided not to fund.
   • DNaming the SFTP vendor as risk owner does not move the impact of lost backups to another party, so it is not a transfer.
4. Question 42 VMware Products and SolutionsSelect all that apply

   A small insurer's architect proposes running business VMs in the management domain until budget allows a VI workload domain. Which statements about this design are correct for VCF 9.0? (Choose TWO)

   • AThe design breaks a design requirement, so it is unsupported
   • BResource pools are recommended to protect management componentsCorrect
   • CBusiness workloads need a separate vCenter SSO domain in it
   • DThe Management Domain model can also run business workloadsCorrect
   • EManagement domains cannot host NSX Edge nodes for workloads
   ✓ Correct answer: B, D

   The Management Domain model lists that it can also run business workloads and can contain NSX Edge nodes. VCF-WLD-RCMD-CFG-001 recommends resource pools for management, Edge and user workloads when doing so. Using workload domains for customer workloads is VCF-WLD-RCMD-CFG-002, a recommendation, so deviating from it is permitted; the implication is manual creation and upkeep of the resource pools.

   Why the other options are wrong

   • AUsing workload domains for customer workloads is a design recommendation, and deviations from recommendations are permitted.
   • CThe management domain has one vCenter with its own SSO domain; business VMs placed in it do not need another SSO domain.
   • EThe Management Domain model lists that it can contain NSX Edge nodes.
5. Question 53 Requirements, Conceptual, Logical and Physical Design

   A manufacturer runs one data center with several racks. North-south routing for a workload domain must survive the loss of an entire rack, and north-south throughput must grow beyond the top-of-rack uplinks of one rack. Which NSX Edge cluster model fits the logical design?

   • AAvailability zone fault tolerant with vSphere HA
   • BHost fault tolerant Edge cluster in a single rack
   • CRack fault tolerant Edge cluster across racksCorrect
   • DAvailability zone fault tolerant with Edge node HA
   ✓ Correct answer: C

   The Rack fault tolerant model suits single availability zone designs and uses multiple Single-Rack cluster instances, which is preferred, or a Layer 2 or Layer 3 Multi-Rack cluster, giving higher north-south throughput scalability across racks. The Host fault tolerant model has no protection against a rack failure and is limited to the uplinks of one rack. The implication is additional resources for clusters in several racks, each with independent vSAN storage when multiple Single-Rack clusters are used.

   Why the other options are wrong

   • AThe availability zone model with vSphere HA recovery needs a stretched cluster across two zones and has slow network failover.
   • BThe Host fault tolerant Edge cluster recovers from host failures only, with no protection against a rack failure and throughput limited to one rack.
   • DThe availability zone model with Edge node HA is suited to dual availability zone configurations, and this manufacturer has a single data center.
6. Question 63 Requirements, Conceptual, Logical and Physical Design

   A software vendor's development VCF instance needs the smallest VCF Operations footprint now, and the vendor may promote it to production next year without redeploying monitoring. Which model and implication fit?

   • AHigh Availability, which is the smallest supported footprint
   • BContinuous Availability, which runs inside one single zone
   • CSimple model, which can be scaled out to High AvailabilityCorrect
   • DSimple model, which must be redeployed to reach three nodes
   ✓ Correct answer: C

   The Simple VCF Operations model is a single node with fleet management, a collector and SDDC Manager, has the smallest footprint and can be scaled out to be highly available. Its implications are slower recovery from failure and reliance on vSphere HA, with possible interruption to monitoring, alerting and fleet management. That fits a development instance now and a scale-out for production later.

   Why the other options are wrong

   • AHigh Availability uses three nodes; the Simple model is the smallest footprint.
   • BContinuous Availability pairs nodes across two availability zones and needs a second instance, not a single zone.
   • DThe Simple model supports scale-out to the High Availability model, so no redeployment is needed.
7. Question 73 Requirements, Conceptual, Logical and Physical Design

   A university's governing board requires that research data never leaves the country and that a single campus outage does not stop research computing. The architect is writing conceptual model statements. Which statement fits the conceptual level?

   • AStretched cluster between campuses with a witness abroad
   • BvSAN witness VLAN routed from both campus data centers
   • CSite High Availability fleet model across two campus zones
   • DIn-country platform that stays available if one campus is lostCorrect
   ✓ Correct answer: D

   At the conceptual level the objectives become capabilities and constraints: an in-country platform that stays available if one campus is lost. The Site High Availability model and stretched clusters are logical decisions that realize it, and a witness VLAN is physical. The stretched cluster option also places the witness abroad, which would break the residency constraint; the implication is that the logical design must keep every component, including the witness, in the country.

   Why the other options are wrong

   • AA stretched cluster with a witness is a logical and physical design, and a witness abroad breaks the data residency constraint.
   • BA witness VLAN routed between sites is a physical network detail.
   • CThe Site High Availability fleet model is a logical design choice that realizes the capability.
8. Question 83 Design for AMPRS

   A manufacturer is specifying vSAN ESA ReadyNodes for a performance-sensitive workload domain. The buyer suggests one very large NVMe drive per node to cut the device count. Which device design fits the 9.0 ESA recommendations?

   • ANVMe drives behind a tri-mode controller to add more drive bays
   • BOne large NVMe drive per node to reduce the number of devices used
   • CSAS SSD cache drives in front of NVMe capacity drives in each node
   • DSeveral NVMe TLC drives per node at performance class F or higherCorrect
   ✓ Correct answer: D

   VCF-VSAN-ESA-RCMD-CFG-001 recommends multiple storage devices per vSAN node using NVMe TLC devices with performance class F or higher and endurance of 3 DWPD or higher, because the number of storage devices has an impact on vSAN ESA performance. The same recommendation notes that large drive sizes introduce a larger capacity fault domain when a drive fails. The implication is more drive bays per node, sized with the vSAN sizer, and each drive must be at least 1.6 TB under VCF-VSAN-ESA-REQD-CFG-002.

   Why the other options are wrong

   • AVCF-VSAN-REQD-CFG-005 forbids NVMe devices attached to a tri-mode controller for vSAN storage pools.
   • BOne large drive per node lowers the device count that ESA performance depends on and creates a large capacity fault domain.
   • CSeparate cache and capacity tiers are the vSAN OSA design; ESA is a single-tier NVMe architecture.
9. Question 93 Design for AMPRS

   An architect selects the Dedicated vSphere Cluster for NSX Edge Node distributed switch model so that Edge VMs get maximum bandwidth. The implementation team asks what must be done after deployment for best performance. What should the design state?

   • AReserve two uplinks per host for management and leave them idle
   • BEnable Network I/O Control shares favouring Edge TEP traffic
   • CMerge both switches into one so Edge VMs use every uplink path
   • DDisable Network I/O Control on both switches once they are builtCorrect
   ✓ Correct answer: D

   The 9.0 Dedicated vSphere Cluster for NSX Edge Node model is built on the workload separation model and gives maximum bandwidth because the Edge nodes use all physical NICs. Its listed implication is that Network I/O Control on both vSphere distributed switches must be disabled manually after deployment for best performance. The other implication is additional distributed switches, which increases management overhead.

   Why the other options are wrong

   • AThe Edge nodes use all physical NICs in this model, so leaving uplinks idle reduces the bandwidth it is chosen for.
   • BThe page calls for Network I/O Control to be disabled on both switches, not tuned with shares for Edge traffic.
   • CThe model uses two distributed switches by design; merging them abandons the dedicated Edge switch model.
10. Question 103 Workload Migration, Consumption and Monitoring Design

    A university wants to import an existing vCenter as a workload domain. The vCenter manages four clusters, and the team hopes to bring in only the three production clusters and leave a lab cluster unmanaged by VCF. Which design statement is correct?

    • AConverge the three clusters into the management domain and skip the lab
    • BSelect the three clusters in the vCenter import wizard, leaving the lab out
    • CImport the lab cluster first as its own workload domain, then the other three
    • DPartial import of clusters is not supported, so plan the vCenter as one unitCorrect
    ✓ Correct answer: D

    The 9.0 import supported configurations table lists partial import of clusters as not supported, and the convergence table lists the same restriction. The import procedure selects a vCenter, and optionally an NSX Manager instance, to import as a workload domain. The implication is that every cluster of that vCenter has to meet the import requirements, such as vLCM images and fully automated DRS.

    Why the other options are wrong

    • AConvergence builds a management domain and its table also lists partial import of clusters as not supported.
    • BThe import wizard selects a vCenter, and optionally its NSX Manager, rather than a subset of clusters, because partial import of clusters is not supported.
    • CClusters cannot be imported one at a time out of a single vCenter, since partial import of clusters is not supported.

Who this VMware VCP-VCF practice exam is for

This practice set is for anyone preparing for the VMware VCP-VCF: Cloud Foundation Architect (2V0-13.25) exam at the foundational level - from first-time candidates building a foundation to experienced VMware practitioners doing a final review before test day. If you learn best by working through realistic questions and reading why each answer is right or wrong, it is built for you.

How to use this VMware VCP-VCF practice exam

1. Start with the free sample questions above to gauge your current baseline.
2. Read the full explanation on every question, including why each wrong option is wrong.
3. Track your weak domains and focus your study where you are losing the most marks.
4. Once you are scoring consistently well, take a timed, full-length mock exam.
5. Use your readiness score to decide when you are ready to book the real VMware VCP-VCF exam.

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