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Unsloth for memory-conscious model tuning

Fine-tune supported model architectures using optimized training paths and documented recipes.

Language ModelsPublished 2 min read

Key Takeaways

  • Unsloth provides model loading and fine-tuning workflows with optimizations for supported configurations.
  • Follow the installation instructions for your accelerator and chosen model.
  • Start with a documented small model and record peak memory and examples per second.
  • Performance claims depend on hardware, sequence length and training setup.

How it works

Unsloth provides model loading and fine-tuning workflows with optimizations for supported configurations. Checkpoint choice and precision determine which path is available.

What you need

Follow the installation instructions for your accelerator and chosen model. Select the training precision and output format with the eventual inference runtime in mind.

What to try first

Start with a documented small model and record peak memory and examples per second. Compare resulting outputs on a fixed holdout before exporting the checkpoint.

Record throughput at the sequence lengths present in your data. A short sample can underestimate memory use and oversell the settings that fit.

Where to look for failures

Performance claims depend on hardware, sequence length and training setup. Confirm the export format works in the runtime that will serve the model.

Related Franklin pages

Run a tiny supervised job and check the prepared examples before investing in a large run. Save the base checkpoint, data revision and validation outputs with the recipe.

For the distinction between training from scratch and adapting a checkpoint, see Franklin’s glossary. Fine-tuning

Project documentation

Try it for your workflow

Explore the project’s documentation for setup and usage, or save this page to a collection for later.

Read the project documentation ↗