Skip to main content
All resources

For anyone exploring model downloads

Which model download should I choose?

Understand what you are downloading, which files your software can open, and what to check before you start.

Updated

Start with the software, then choose the file

A model’s “weights” are the numbers it learned during training. Downloading them is not the same as installing an app: you also need software to run them. Different software accepts different file formats.

If this describes youYour next step
You have not chosen software yetStart with the model’s information page, called its model card. Look for its instructions on how to run the model before choosing a download.
Your software asks for a GGUF fileGGUF is a file format. Follow the GGUF download link from the original model card and check that your software supports this particular model and file version.
Your software asks for the original weightsUse the original model download page and its instructions. It may need several files together, including settings and files for converting text into numbers.
You see several sizes and do not know which will fitRead the software’s requirements and the model card. Download size tells you how much data you will receive; it does not tell you all the memory the model needs while running.
More detail and a worksheet

Ready to try this yourself? These extra checks and a worksheet help you keep track of what you used and what happened.

Check what your software can open

The software that runs a model is sometimes called a runtime. A supported file format is only one requirement: the software must also understand that particular kind of model.

  • Find instructions that name your exact model and software version.
  • Follow the original model card’s links so you know which download belongs to the release.
  • If the instructions are unclear, resolve that question before downloading a large file.

Check memory and usage terms

Some files use fewer bits to store the model’s numbers. This is called quantization; it can reduce file size, but you still need to check memory use and results for that exact version.

  • Allow for the model, the text it is processing and the software itself. Measure your actual setup during a small trial.
  • Write down the file variant you chose. A score reported for a different variant may not describe yours.
  • Read the licence: it sets the terms for using or sharing the files. Different models can have different licences.

Save enough detail to repeat your trial

A download page can change. Recording a revision — an identifier for one exact version — helps you find the same files again.

  • Save the download link, revision and filenames. If a checksum is provided, save it too; it is a fingerprint used to check a file’s contents.
  • Note your software version, computer and settings, including how much text the model can handle at once (its context limit).
  • Try one small task and save the question, answer and time taken before planning a larger test.

Keep a download note

Copy this worksheet. If you cannot find a detail, write “not provided” rather than guessing.

Model name and size:
Model information page (model card):
Download page:
Exact version identifier (revision):
Downloaded filenames:
File fingerprints, if provided (checksums):
File format, such as GGUF:
Smaller-number variant, if used (quantization):
Licence link:
Software name and version:
Instructions confirming this model is supported:
Computer and available memory:
Settings, including maximum text length (context):
Trial question and expected answer:
Actual answer and time taken:
Where I saved the files and result:

Sources and next steps

A model card is the publisher’s information page for a model. Follow it for the exact download instructions, licence and known limits. External technical sources are in English.