Designing NVIDIA AI Infrastructure GPU compute, networking, orchestration, and security in NVIDIA's

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Designing NVIDIA AI Infrastructure GPU compute, networking, orchestration, and security in NVIDIA's stack, explained | 51.34 MB

Title: Designing NVIDIA AI Infrastructure GPU compute, networking, orchestration, and security in NVIDIA's stack, explained
Author: Vivian Aranha
Language: English | 134 Pages | ISBN: 9781808080135

Description:
Navigate NVIDIA's enterprise AI infrastructure with confidence, from GPUs and data movement to orchestration, security, monitoring, edge systems, and model serving.

Key Features
Build career-relevant knowledge of the NVIDIA AI infrastructure stack
Make informed architecture decisions for performance, scalability, security, and cost
Learn through practical configurations, deployment patterns, and enterprise case studies
Book Description
Designing NVIDIA AI Infrastructure is a concise reference guide for professionals who want to develop career-relevant knowledge of GPU-powered platforms without working through a lengthy manual.

The book explains how CPUs, GPUs, DPUs, storage, networking, software, and orchestration combine to support AI workloads. You will explore MIG and vGPU resource models, Kubernetes and Slurm scheduling, data pipelines, performance profiling, monitoring, TensorRT optimization, multi-tenant security, and governance. You will also learn how NVIDIA Jetson and Orin support edge AI and how NGC and Triton Inference Server contribute to model deployment and scalable serving.

Selected commands, configuration examples, architecture diagrams, and enterprise scenarios connect these technologies to operational contexts. By the end, you will be able to discuss the NVIDIA AI infrastructure stack with greater confidence, evaluate common design choices and bottlenecks, and use the book as a quick reference when planning cloud, on-premises, hybrid, and edge AI environments.

What you will learn
Understand what MIG and vGPU isolate and what they don't
Distinguish RBAC, network policy, and encryption's separate roles
See how storage, NVLink, and InfiniBand affect GPU utilization
Recognize where Kubernetes tools' responsibilities stop
Understand how GDPR, HIPAA, and FedRAMP shape AI infrastructure controls and evidence
Use GPU profiling and telemetry data to investigate bottlenecks
Learn how NGC, Triton, and ensembles fit a serving pipeline
Compare on-prem, cloud, and hybrid AI cluster trade-offs
Who this book is for
This book is for infrastructure engineers, ML and MLOps engineers, solutions architects, and technical leads who need a reliable mental model of NVIDIA's AI infrastructure stack before designing, evaluating, or securing a GPU platform. It also suits professionals moving into AI infrastructure roles. Familiarity with Linux, containers, networking, cloud computing, or Kubernetes is helpful; advanced model-development knowledge and access to enterprise GPU hardware are not required.

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