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The NCP-AII FCP – AI Infrastructure Exam is designed for IT professionals and cloud engineers who want to validate their expertise in building, managing, and optimizing AI-ready infrastructure. This certification focuses on deploying scalable environments for machine learning, deep learning, and data-intensive workloads.

As AI adoption continues to grow, organizations need professionals who understand GPU-based computing, cloud infrastructure, and AI pipelines. Passing the NCP-AII exam demonstrates your ability to manage high-performance AI environments efficiently.

Topics Covered in NCP-AII Exam
AI Infrastructure Architecture
GPU & High-Performance Computing (HPC)
Virtualization & Containerization (Docker, Kubernetes)
AI Workload Deployment & Optimization
Storage Solutions for AI Data
Networking for AI Environments
Cloud & Hybrid AI Infrastructure
Monitoring, Logging & Performance Tuning
Security in AI Infrastructure
Automation & DevOps for AI Systems

NCP-AII – AI Infrastructure
Certification Exam Details
Duration: 120 minutes
Certification level: Professional
Subject: AI Infrastructure
Number of questions: 70-75
Language: English
Validity: This certification is valid for two years from issuance. Recertification may be achieved by retaking the exam.
Credentials: Upon passing the exam, participants will receive a digital badge and optional certificate indicating the certification level and topic.
Prerequisites: Two to three years of operational experience working in a data center with NVIDIA hardware solutions. The candidate should be able to deploy all the parts of a data center infrastructure in support of AI workloads.

About This Certification
The NCP-AI Infrastructure certification is an intermediate-level credential that validates a candidate’s ability to deploy, configure, and validate advanced NVIDIA AI infrastructure. The exam is online and proctored remotely, includes approximately 70 questions, and has a 120-minute time limit.

Please carefully review our certification FAQs and exam policies before scheduling your exam.
If you have any questions, please contact us here.
Please note: To access the exam, you’ll need to create a Certiverse account.

Topics Covered in the Exam

Topics covered in the exam include:
Install and configure servers & networks
Physical layer management
Troubleshoot and optimize systems and networks

Candidate Audiences
Data center administrators
Infrastructure administrators
Network administrators
Network engineers
Storage administrators
System administrators
Solution architects

Exam Blueprint
The table below provides an overview of the topic areas covered in the certification exam and how much of the exam is focused on that subject.

System and Server Bring-up 31%
Describe sequence of events for deployment and validation.
Describe network topologies for AI factories.
Perform initial configuration of BMC, OOB, and TPM.
Perform firmware upgrades (including on HGX™) and fault detection.
Validate power and cooling parameters.
Install GPU-based servers (SMI).
Validate installed hardware.
Describe and validate cable types and transceivers.
Install physical GPUs.
Validate hardware operation for workloads.
Configure initial parameters for third-party storage.

Physical Layer Management 5%
Configure and manage a BlueField® network platform.
Configure MIG (AI and HPC).

Control Plane Installation and Configuration 19%
Install Base Command™ Manager (BCM), configure and verify HA.
Install OS.
Install Cluster (configure category, configure interfaces, install Slurm/Enroot/Pyxis).
Install/update/remove NVIDIA GPU and DOCA™ drivers.
Install the NVIDIA container toolkit.
Demonstrate how to use NVIDIA GPUs with Docker.
Install NGC™ CLI on hosts.

Cluster Test and Verification 33%
Perform a single-node stress test.
Execute HPL (High-Performance Linpack).
Perform single-node NCCL (including verifying NVLink™ Switch).
Validate cables by verifying signal quality.
Confirm cabling is correct.
Confirm FW/SW on switches.
Confirm FW/SW on BlueField-3.
Confirm FW on transceivers.
Run ClusterKit to perform a multifaceted node assessment.
Run NCCL to verify E/W fabric bandwidth.
Perform NCCL burn-in.
Perform HPL burn-in.
Perform NeMo™ burn-in.
Test storage.

Troubleshoot and Optimize 12%
Identify and troubleshoot hardware faults (e.g., GPU, fan, network card).
Identify faulty cards, GPUs, and power supplies.
Replace faulty cards, GPUs, and power supplies.
Execute performance optimization for AMD and Intel servers.
Optimize storage.

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Sample Question and Answers

QUESTION 1
What command is needed to measure BER (Bit Error Rate)?

A. mlxconfig -d <device> q
B. ethtool -S <device>
C. mlxlink -d <device> -c -e
D. mstflint -d <device> q full

Answer: C

Explanation:
In NVIDIA networking environments, specifically those utilizing InfiniBand or high-speed Ethernet via
ConnectX adapters, monitoring the physical link quality is critical for preventing packet loss and
RDMA retransmissions. The mlxlink tool is part of the NVIDIA Firmware Tools (MFT) package and is
the primary utility for checking the status and health of the physical link. Using the -d flag specifies
the device (e.g., /dev/mst/mt4123_pciconf0), while the -c (counters) and -e (error counters/BER)
flags provide a detailed readout of the link’s performance. Bit Error Rate (BER) is a fundamental
metric for signal integrity. NVIDIA systems typically distinguish between “Raw BER” (errors before
Forward Error Correction) and “Effective BER” (errors remaining after FEC). A high BER often points to
a failing transceiver, a dirty fiber connector, or a marginal DAC cable. While ethtool can show general
statistics in Ethernet mode, mlxlink is the verified method for granular BER measurement across
InfiniBand and high-speed fabrics, allowing engineers to determine if a link meets the “Error-Free”
operation standards required for large-scale AI collective communications like NCCL.

QUESTION 2
When updating the firmware on an NVLink switch transceiver, how can an engineer apply new firmware without interrupting the network?

A. mlxfwreset -d -lid 27 reset –yes to reset the transceiver
B. Physically disconnect and reconnect the transceiver.
C. flint -d -lid 27 –linkx –linkx_auto_update –activate
D. nv action reboot system to force immediate activation.

Answer: C

Explanation:
NVIDIAs LinkX optical transceivers and active copper cables often require firmware updates to
ensure compatibility and performance optimizations. In a production DGX SuperPOD environment,
interrupting the NVLink fabric can cause GPU-to-GPU communication failures and crash training jobs.
To mitigate this, NVIDIA utilizes the flint utility (part of MFT) with specific flags for “Live” or
“Seamless” updates. The –linkx flag targets the transceiver or cable specifically, rather than the
switch ASIC itself. The –linkx_auto_update flag automates the sequence, while the –activate flag
ensures the new firmware is applied to the module’s active memory without requiring a full system
reboot or a manual flap of the network link. This “in-service” update capability is essential for largescale
AI clusters where uptime is measured in weeks or months of continuous training. By using the –
lid (Logical Identifier) target, an administrator can address specific modules across the fabric from a
central management node, ensuring that the high-bandwidth NVLink mesh remains stable while
maintaining the latest hardware optimizations.

QUESTION 3
An infrastructure engineer in an AI factory has successfully replaced a power supply unit on an
NVIDIA DGX H100. After installation, both the IN and OUT LEDs on the new power supply illuminate
solid green. Which NVSM CLI command should the engineer use to quickly verify the overall system
status and ensure it is operating as expected?

A. nvsm show power
B. nvsm show powermode
C. nvsm show health
D. nvsm show alerts

Answer: C

Explanation:
The NVIDIA System Management (NVSM) tool is the definitive CLI utility for monitoring the health of
DGX platforms. While replacing a PSU (Power Supply Unit) is a common maintenance task, verifying
that the new component is correctly integrated into the systems health model is mandatory. While
nvsm show power would provide specific data regarding wattage and voltage for the PSU, the most
comprehensive way to ensure the replacement hasn’t caused secondary issues or that the system
hasn’t remained in a “Degraded” state is to run nvsm show health. This command performs a global
check across all subsystems: GPUs, NVLink switches, storage, fans, and power. If the PSU
replacement was successful and the system is back to full redundancy, nvsm show health will return
a “Healthy” status. In an AI factory setting, where DGX H100 nodes pull significant power, ensuring
that all 6 PSUs (in an N+N or N+1 configuration) are not only physically green but logically
acknowledged by the Baseboard Management Controller (BMC) is critical for preventing unexpected
shutdowns during high-load training iterations.

QUESTION 4
A leaf switch shows “FW Version Mismatch” alerts for transceivers after cluster expansion.
Which tool validates transceiver firmware against expected versions?

A. flint
B. iblinkinfo
C. mlxconfig
D. ethtool
Answer: A
Explanation:
Firmware consistency is a pillar of stable InfiniBand fabric performance. When a cluster is expanded,
new transceivers or cables may arrive with newer or older firmware than the existing base, leading
to “FW Version Mismatch” alerts in management consoles like UFM (Unified Fabric Manager). The
flint tool (or mstflint) is the correct utility for querying the specific firmware levels embedded within
the transceivers. While iblinkinfo provides data on link speeds and port states, it does not provide
the deep hardware-level firmware telemetry required for version validation. flint allows the
administrator to query the device, compare the current burn version against the target image, and
perform the necessary updates to bring the cluster into a uniform state. In NVIDIA AI infrastructure,
maintaining uniform firmware across the fabric ensures that features like Adaptive Routing and
Congestion Control operate predictably. Without version parity, inconsistent behavior in Forward
Error Correction (FEC) or link-up negotiation can lead to intermittent performance drops that are
difficult to diagnose at the application (NCCL) level.

QUESTION 5
A system administrator needs to install a GPU/DPU in a server. The server has a free PCI-e slot, there
are enough free PCI-e lanes, and there is enough room for the card. Which procedure should be followed?

A. Ensure the server has enough power. Verify compatibility of cables with server’s platform. Make
sure the server is down to remove cables safely. Do not wear an ESD bracelet.
B. Ensure the server has enough power. Make sure the server is down to remove cables safely. Wear an ESD bracelet.
C. Ensure the server has enough power. Make sure the server is up and running with attached cables.Wear an ESD bracelet.
D. Ensure the server has enough power. Verify compatibility of cables with server’s platform. Make
sure the server is down to remove cables safely. Wear an ESD bracelet.

Answer: D

Explanation:
The physical installation of high-performance NVIDIA components, such as H100 PCIe GPUs or
BlueField DPUs, requires strict adherence to data center safety and hardware preservation standards.
Option D is the only “100% verified” procedure because it covers three critical pillars: Power,
Compatibility, and Safety. First, high-end GPUs can draw up to 300W-450W individually; verifying the
server’s PDU and internal PSU capacity is essential to prevent over-current shutdowns. Second,
verifying cable compatibility (such as 12VHPWR or specific PCIe power 8-pin layouts) is vital to avoid
electrical damage. Third, “Cold Service” (ensuring the server is powered down and cables are
removed) is the standard for non-hot-plug PCIe components to prevent short circuits. Finally,
wearing an ESD (Electrostatic Discharge) bracelet is non-negotiable when handling NVIDIA hardware,
as static charges can destroy the sensitive HBM (High Bandwidth Memory) or the GPU die itself.

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Top 10 FAQs

1. What is NCP-AII exam?
It validates skills in AI infrastructure and deployment.

2. Is NCP-AII difficult?
Moderate difficulty with technical focus.

3. How long to prepare?
1–3 weeks depending on experience.

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Yes, they help understand exam pattern.

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