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  1. Home
  2. NVIDIA Certification
  3. NCA-AIIO Exam
  4. NVIDIA.NCA-AIIO.v2026-09-18.q123 Dumps
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Question 51

You are tasked with designing a highly available AI data center platform that can continue to operate smoothly even in the event of hardware failures. The platform must support both training and inference workloads with minimal downtime. Which architecture would best meet these requirements?

Correct Answer: B
Implementing a distributed architecture with multiple GPU servers and a load balancer is the best approach for a highly available AI data center supporting training and inference with minimal downtime. This design, exemplified by NVIDIA's DGX SuperPOD, uses redundancy across GPU nodes, allowing workloads to shift dynamically if a server fails. A load balancer ensures even distribution and failover, maintaining performance.
NVIDIA's "DGX SuperPOD Reference Architecture" emphasizes distributed systems for high availability and fault tolerance in AI workloads.
A single GPU server (A) is a single point of failure despite redundancies. A warm standby (C) involves manual intervention, increasing downtime. CPU-based clusters (D) lack GPU optimization for AI. Distributed GPU architecture is NVIDIA's recommended solution.
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Question 52

What is a key consideration when virtualizing accelerated infrastructure to support AI workloads on a hypervisor-based environment?

Correct Answer: D
When virtualizing GPU-accelerated infrastructure for AI workloads,ensuring GPU passthrough is configured correctly(D) is critical. GPU passthrough allows a virtual machine (VM) to directly access a physical GPU, bypassing the hypervisor's abstraction layer. This ensures near-native performance, which is essential for AI workloads requiring high computational power, such as deep learning training or inference.
Without proper passthrough, GPU performance would be severely degraded due to virtualization overhead.
* vCPU pinning(A) optimizes CPU performance but doesn't address GPU access.
* Disabling GPU overcommitment(B) prevents resource sharing but isn't a primary concern for AI workloads needing dedicated GPU access.
* Maximizing VMs per server(C) could compromise performance by overloading resources, counter to AI workload needs.
NVIDIA documentation emphasizes GPU passthrough for virtualized AI environments (D).
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Question 53

Which of the following statements is true about GPUs and CPUs?

Correct Answer: A
GPUs and CPUs are architecturally distinct due to their optimization goals. GPUs feature thousands of simpler cores designed for massive parallelism, excelling at executing many lightweight threads concurrently--ideal for tasks like matrix operations in AI. CPUs, conversely, have fewer, more complex cores optimized for sequential processing and handling intricate control flows, making them suited for serial tasks. This divergence in design means GPUs outperform CPUs in parallel workloads, while CPUs excel in single-threaded performance, contradicting claims of identical architectures or interchangeable use.
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Question 54

Your organization is planning to deploy an AI solution that involves large-scale data processing, training, and real-time inference in a cloud environment. The solution must ensure seamless integration of data pipelines, model training, and deployment. Which combination of NVIDIA software components will best support the entire lifecycle of this AI solution?

Correct Answer: A
A comprehensive AI lifecycle in the cloud-data processing, training, and inference-requires tools covering each stage. NVIDIA RAPIDS accelerates data processing and analytics on GPUs, streamlining pipelines for large-scale data. NVIDIA Triton Inference Server manages real-time inference deployment across diverse models and platforms. The NVIDIA NGC Catalog provides pre-trained models, containers, and resources, integrating training and deployment workflows. Together, they form a seamless solution, leveraging NVIDIA' s cloud offerings like DGX Cloud.
TensorRT + DeepStream (Option B) focuses on inference and video, not full lifecycle support. Triton + NGC (Option C) lacks data processing depth. RAPIDS + TensorRT (Option D) omits deployment management.
Option A is NVIDIA's holistic approach for end-to-end AI.
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Question 55

The data center administrator is asked to deploy infrastructure to support training of a large natural language processing model with a billion parameters and they need the fastest method to train the model. What should the administrator recommend to support this?

Correct Answer: C
NVIDIA DGX SuperPOD is a large-scale, multi-node GPU cluster optimized for training massive AI models with billions of parameters, providing the fastest training times through massive parallelism and high-speed interconnects.
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