From GPU kernels to production systems
AI Infra Glossary
Understand GPU execution, memory, CUDA, networking, training and serving through 110 terms, nine illustrated cases and linked study paths.
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The guide library
Illustrated guides to AI infrastructure, from your first GPU to running a fleet. Browse the covers, read the samples and find your next step.
The accelerator PDF is free with an account. All other guides, including the Proxmox GPU Server Guide, have public previews; their PDFs require paid Premium or approved complimentary access. Referral Premium excludes paid guide downloads.
15 illustrated PDFs
From GPU kernels to production systems
Understand GPU execution, memory, CUDA, networking, training and serving through 110 terms, nine illustrated cases and linked study paths.
Paid Premium or approved access
Your first complete view of AI infrastructure
Follow one request from a prompt to the GPU. Learn model memory, cables, training, serving, security and cost through original illustrations, worked examples and a laptop companion.
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From one action to a trained agent
Build interactive environments, inspect trajectories and GRPO updates, size rollout capacity and evaluate production candidates. Covers AgentGym, AgentGym-RL, ScalingInter-RL and AgentGym2, with a tested CPU companion.
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Run, measure and repair LLM serving
Defend vLLM, SGLang and TensorRT-LLM launch commands flag by flag. Budget memory and the KV cache, benchmark with goodput, alert and autoscale correctly, and follow runbooks for OOMs, p99 regressions, failing GPUs and NCCL hangs.
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From the connector to the cluster
Recognize cables, adapters and rear panels. Design NVLink and RDMA networks, count a 1,024-GPU fabric, place firewalls and validate the complete path.
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Build and secure a GPU host
Install Proxmox, plan GPU ownership and firewall boundaries, and rehearse recovery. Includes real demo screenshots, B200 fabric requirements and platform comparisons.
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Start with the foundations
Understand how GPUs, memory, models and networks work together. Start with the basic terms, then build up to inference, distributed training and running systems in production.
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From one GPU to a fleet
Follow a request through an LLM serving system. Work through cache capacity, batching, latency and scaling calculations, then practice the design decisions in mock interview rounds.
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Run inference across a cluster
Learn how a fleet routes requests, moves cached attention state and scales its workers. Compare NVIDIA Dynamo and llm-d through deployment examples, failure scenarios and capacity calculations.
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Operate the model you choose
Plan and operate an open-weight model service: per-rank memory, compressed attention, precision, expert traffic, engine acceptance, long context, recovery and cost. Includes worked design rounds and a Python companion.
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Build the reinforcement learning loop
Build the reinforcement learning loop from rollout to policy update. Work through model memory, weight transfer, stale trajectories, code sandboxes, numerical mismatch, MoE routing and recovery, with a runnable Python companion.
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Plan the cost of useful AI
Plan an AI service budget from useful outcomes to tokens, GPUs and peak demand. Worked scenarios, seven interactive calculators and an offline Python companion explain API bills, caching, capacity, break-even, ownership and human review.
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Defend a complete system design
Work through complete designs for serving, training and shared GPU platforms. Derive capacity, trace state through failures, challenge an unsafe architecture, and rehearse design rounds with an executable calculation companion.
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Choose and compare hardware
Get familiar with the GPUs and TPUs used for AI. Compare memory and connectivity, estimate whether a model fits, and plan what to measure before choosing a machine.
Free with an account
Understand the model you serve
Follow open model releases and the architecture changes behind them. Connect each design to its memory needs, deployment options and the checks that matter for your workload.
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