Nutanix NCX-MCI Certification Exam Sample Questions

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Nutanix NCX-MCI Sample Questions:

01. A broadcaster is refreshing the AHV nodes that host 900 Windows 11 newsroom desktops, and security policy requires BitLocker on every desktop. Procurement has drafted a node shortlist limited to models fitted with a TPM 2.0 module, which removes the best-priced model from consideration.
What should the architect advise about the TPM filter?
a) Drop the TPM filter, because the TPM each desktop sees is a software vTPM that AHV emulates per VM
b) Drop the TPM filter and meet the BitLocker need with self-encrypting drives in every node
c) Keep the TPM filter and pass each node's TPM module through to the desktops on that node
d) Keep the TPM filter, because BitLocker seals each desktop's keys in its host's TPM module
 
02. A cold-chain food distributor is racking a new twelve-node cluster across three racks, and each rack's power budget allows at most four nodes. The design requires block and rack awareness, so the cluster survives the loss of a whole block or rack without data being placed unevenly.
Which two layouts meet the requirement?
(Choose two.)
a) Twelve single-node blocks, with four in each rack
b) Six two-node blocks, two in each rack
c) One four-node block in each of two racks, with the third rack holding a two-node block and two single-node blocks
d) One four-node block, four two-node blocks
 
03. A games studio is adding build-and-render VMs to AHV, each with two vGPUs of the same profile. The operations team's draft break-fix procedure treats them like every other VM: when a guest hangs, an engineer opens it from the Prism web console. The VMs sit on an isolated build network that blocks inbound traffic by default.
What must the design change before go-live?
a) Use each host's BMC remote console, opened from the out-of-band network, to view and recover a hung guest's desktop
b) Open and test an in-guest remote access path, such as RDP, before the vGPUs are added
c) Enable GPU console support on each VM and keep Prism as the break-fix path
d) Switch the VMs to GPU pass-through instead of vGPU to keep the Prism web console working for them
 
04. A logistics firm runs its Nutanix Disaster Recovery recovery plans and NCM Self-Service from a single-VM Prism Central, and the business now requires both to stay available if a Prism Central VM fails. The operations director wants that resilience for next year's data-center move and would like to return to the smaller footprint afterward.
What should the architect recommend?
a) Scale Prism Central out to three VMs and keep that size, as the change cannot be reversed
b) Add a second Prism Central VM as an active-passive standby for the current one
c) Run the recovery plans from each cluster's Prism Element while Prism Central is unavailable
d) Scale Prism Central out to three VMs for the move, then shrink it back to one VM and reclaim the resources afterward
 
05. A mobile operator is deploying virtual network functions on AHV. Each node will run twenty packet-processing VNFs, and every VNF needs direct access to NIC hardware to reach its throughput target.
The hardware order allows one dual-port 25GbE NIC per node, and the NIC model is still to be chosen.
Which NIC design meets the requirement?
a) Trunk-mode vNICs for each VNF, carrying its VLANs straight from the physical ports
b) NIC passthrough for every VNF, with the twenty VNFs sharing the node's two physical ports
c) SR-IOV-capable NICs, giving each VNF a virtual function on a shared port
d) A dedicated virtual switch on both ports, carrying only the VNF traffic and no other guests
 
06. A municipal government runs its property-tax database on an AHV VM. The database vendor certifies a topology of eight cores per socket, and demand will grow through the year. Growth must be added without downtime, and outages are allowed only in the annual maintenance window.
Which approach should the VM design specify?
a) Hot-add sockets for the tax-billing peak, then hot-remove them online once it ends
b) Start with one socket and raise its cores per socket online as demand grows
c) Enable memory overcommit on the VM and hot-add memory online as the database grows
d) Set eight cores per socket at build and add sockets online
 
07. A national museum is moving its collections systems to AHV on Nutanix. Its digitized-archive VMs hold 300 TB on a three-year-old Fibre Channel SAN with two years of support left, and the curators ask to keep using that SAN for the archive after the move to avoid buying capacity.
How should the architect handle the archive data in the design?
a) Present the SAN's LUNs to the AHV hosts and place the archive VMs' disks on them
b) Migrate the archive data onto the cluster's storage
c) Zone the Fibre Channel array to the new nodes and keep only the cold archive data on it
d) Mount a NAS share on each host as an extra datastore for the archive until the SAN's support ends
 
08. A retailer's card-authorization gateway VMs fall inside its PCI DSS scope and must be isolated with Flow Network Security policies. On the same AHV cluster, demand-forecasting VMs sit outside the PCI scope and need SR-IOV vNICs for their data-ingest throughput.
Which two NIC decisions satisfy both requirements?
(Choose two.)
a) Connect the gateway VMs through standard vNICs on the AHV virtual switch, where Flow Network Security policies govern their traffic
b) Reserve SR-IOV vNICs for the forecasting VMs
c) Add the SR-IOV NIC to the br0 bond so the policies reach its virtual functions
d) Give the gateway VMs SR-IOV vNICs and enforce the Flow Network Security policies on them
 
09. A university engineering faculty will run 400 concurrent CAD lab desktops on its AHV cluster. The 20 hosts already purchased hold two physical NVIDIA GPUs each, and the project's capital budget is spent. Every desktop needs hardware graphics acceleration during lab sessions.
Which GPU design meets the requirement?
a) GPU pass-through, with each physical GPU assigned to several desktop VMs that share it
b) GPU pass-through, adding GPU hosts until every concurrent desktop has a physical GPU of its own
c) NVIDIA vGPU profiles that divide each physical GPU among several desktops, sized to the CAD application's framebuffer need
d) GPU pass-through for power users plus a vGPU on those same VMs for everyday sessions
 
10. A weather service needs one model-training VM with four full GPUs assigned by pass-through. The node shortlist offers a two-GPU model and a four-GPU model, and the draft design orders eight two-GPU nodes, reasoning that the cluster's 16 GPUs more than cover the VM.
The modelling team has fixed the four-GPU requirement.
Which two statements should the design review record?
(Choose two.)
a) All four pass-through GPUs must sit on one host, which calls for at least one four-GPU node
b) An affinity rule spanning two dual-GPU nodes, with two GPUs taken from each
c) GPUs per node are sized from the largest pass-through VM, not from the cluster total
d) Two GPUs on each of two dual-GPU nodes can be pooled as one set, which keeps the order

Answers:

Question: 01
Answer: a		 Question: 02
Answer: a, b		 Question: 03
Answer: b		 Question: 04
Answer: a		 Question: 05
Answer: c
Question: 06
Answer: d		 Question: 07
Answer: b		 Question: 08
Answer: a, b 		 Question: 09
Answer: c		 Question: 10
Answer: a, c

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