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Maykeye

TinyLLama-v0

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Maykeye/TinyLLama-v0
Model details
text generationLicense: apache-2.0SHA-256 recorded for 10 of 16 filesBIN · ONNX · safetensors

Content controls: not assessed.

The catalog lists this model for generating text. Catalog sources: license, cardMetadata.license, task, cardMetadata.pipelineTag.

Quick answer: compatibility and sources

Can I run TinyLLama-v0 on my computer?

It depends on your memory, processor, file format and runtime. Hugging Bay offers 6 hosted files; check the file list for the exact selection. A file-size fit is an estimate, not a successful run or speed promise. Read the license before use.

TinyLLama-v0 is an open-weights language model for text generation. Model weights are learned parameters; a runtime loads them. A hosted file is an individual file Hugging Bay can serve. SHA-256 identifies exact file bytes. The availability date above applies to this file record, not the upstream metadata update date.

As of the recorded file availability check on .

Recorded SHA-256 for backup/step-1-10300.bin: b6ec1c440a393eb0cce4c215de321efa232fb77a549cc85bd98e64a635ca28d9. Exact file evidence · Machine-readable source facts · Run evidence and any recorded receipts. A checksum fingerprints only the named file bytes; it does not prove safety, quality, a complete multi-file selection or a successful run.

Updated · Page-copy source revision 8871bab84e1cf80aea1686a944ec335078a6c036 · Source files: apps/web/lib/model-page-template.mjs, apps/web/lib/model-page-v3.mjs, apps/web/lib/aeo-page.mjs · Full revision record

Model metadata: As of at the model source. Popularity counters are source-reported, not measured by Hugging Bay. Availability checked .

Key facts

Catalog record
Summarizes upstream metadata; it is not itself a download or run receipt.
File evidence
Lists exact filenames, availability and any recorded SHA-256 for individual files.
Run evidence
Reports measured results only when a receipt exists for named file bytes and a setup; otherwise unmeasured.
Checksum scope
SHA-256 fingerprints one file’s bytes; it does not prove safety, quality or a multi-file bundle.

Evidence you can inspect (plain text)

  • This page’s quick answer names the file record for hf-model-maykeye-tinyllama-v0.
  • Open /artifact/hf-model-maykeye-tinyllama-v0/files for this exact filenames, availability and any recorded SHA-256.
  • Open /evidence/artifacts/hf-model-maykeye-tinyllama-v0 for run-readiness evidence tied to that record; absent receipts stay unmeasured.
  • Open /api/artifacts/hf-model-maykeye-tinyllama-v0/card.md for machine-readable source facts (not a runtime test).
  • A matching checksum on this page fingerprints only the named bytes shown in file evidence.

Unmeasured states are stated explicitly; this page does not invent run scores or compatibility guarantees.

Which date applies to which fact

  • File availability check:
  • Committed page-copy sources:
  • Upstream model metadata: Dates on artifact records when shown; not implied by page-copy revision
  • Run receipts: Only on /evidence pages when recorded; otherwise unmeasured

Page-copy revision (Updated line above) identifies committed text sources, not upstream model edits or test outcomes.

6 hosted of 16 listed

Hashes recorded. Date not recorded.

FileSizeSHA-256SourceDownload
Weights
backup/step-1-10300.bin9.28 MB
b6ec1c44…35ca28d9b6ec1c440a393eb0cce4c215de321efa232fb77a549cc85bd98e64a635ca28d9
Upstream onlyFile metadata
model.onnx18.7 MB
4611e715…d638fe2e4611e715a30aadcc5d1d938dffb4e94b7d428caba39b7495fd29b2d8d638fe2e
Upstream onlyFile metadata
model.safetensors9.25 MB
c302246d…0289cd91c302246d91e2854ff350e52a79938a818c203186c2f0671213ce372a0289cd91
HostedDownload
pytorch_model.bin9.27 MB
ae959aaf…2fc4a094ae959aaff509d66f9dd85c53f16481463286950a21e0349c7793f8412fc4a094
Upstream onlyFile metadata
Tokenizer & config
backup/do_backup.py668 bytes—Upstream onlyFile metadata
config.json498 bytes
92d9f842…a4634dfd92d9f842bbff69a6646eb69472d5f342ad832e718c079bf04d605ae4a4634dfd
HostedDownload
demo.py503 bytes—Upstream onlyFile metadata
generation_config.json132 bytes
e594efa3…b5c6ced2e594efa3d5f29e494af0ab38ec7f341f31cdd45a3a570657f260d1f4b5c6ced2
HostedDownload
special_tokens_map.json411 bytes
ff3b4a61…74de7531ff3b4a612c4e447acb02d40071bddd989fe0da87eb5b7fe0dbadfc4f74de7531
HostedDownload
tokenizer.json1.98 MB
608ef1b5…b37cd2a0608ef1b5bb4bbfe6d3fdff0a5d3a4baaef0fd99fa678311a1e013bf5b37cd2a0
HostedDownload
tokenizer.model534.2 KB
ab1b681e…6229843bab1b681ec7fc02fed5edd3026687d7a692a918c4dd8e150ca2e3994a6229843b
Upstream onlyFile metadata
tokenizer_config.json649 bytes
be843e84…e230ffbfbe843e84b4b7d0b226b500a22dceabcbbf54b8e8b0dab85a252b0958e230ffbf
HostedDownload
train.ipynb25.4 KB—Upstream onlyFile metadata
valid.py1.52 KB—Upstream onlyFile metadata
Docs
.gitattributes1.52 KB—Upstream onlyFile metadata
README.md1.64 KB—Upstream onlyFile metadata

Check a download

In the folder where you saved step-1-10300.bin, run:

macOS
shasum -a 256 -- 'step-1-10300.bin'
Linux
sha256sum -- 'step-1-10300.bin'
Windows
Get-FileHash -LiteralPath 'step-1-10300.bin' -Algorithm SHA256

Compare the result with the recorded SHA-256.

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