Back to Blog
ai-news
1 min read
AI-powered content

Distributed Training Techniques for Large Language Models

Comprehensive survey of distributed LLM training approaches including data parallelism, tensor parallelism, pipeline parallelism, and ZeRO optimization.

chatgpt, ai, llm

2026 update note

Older publish date · context add-on

Editorial note for 2026. This does not replace the historical article below.

  • Prefer current official docs for frameworks, APIs, and package names; sample code here is mostly pedagogical—check release notes when migrating.
  • Llama / RAG / Prompt ecosystems move fast; pair this post with 2026 articles and the tools directory on this site.
  • If you spot factual drift, reach out via the footer—we will refresh this note or spin up a follow-up post.

Recent picks: Observability · Graph RAG · Prompting & tools · Small-model deployment

Distributed Training for LLMs

Parallelism Strategies

Data Parallelism: Each GPU holds full model, averages gradients. FSDP shards optimizer states, gradients, and parameters.

Tensor Parallelism: Split layers across GPUs. Pipeline Parallelism: Partition layers into stages.

ZeRO-3: Shard everything, enabling 175B models with 512 GPUs at 10GB per GPU.

3D Parallelism: Pipeline between nodes, tensor within nodes, data for scaling to thousands of GPUs.

chatgptaillmprompt-engineeringprogramming

Related Content

Articles

Related Tools

Related Workflows