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Phi-3-mini-4k-instruct (2024)

Phi-3-mini-4k-instruct is a large language model released by Microsoft, released under the mit license, with a claimed knowledge cutoff of 2024-04-23. Its weights, configuration, and tokenizer files have been cryptographically hashed and permanently attested on Ethereum (Sepolia) by Weight Registry.

Description

Phi-3 mini variant with the standard 4k-token context window.

Metadata

Type
LLM
Issuer
Microsoft
License
mit
Size
7.12 GB
Knowledge cutoff
2024-04-23
Source
https://huggingface.co/microsoft/Phi-3-mini-4k-instruct
Revision
f39ac1d28e925b323eae81227eaba4464caced4e
Attester
0x6a94784135e413A474E6fA28d1A36C5d180B70c9

Hugging Face stats

335,430 downloads on Hugging Face · 1,465 likes · pipeline: text-generation · library: transformers

transformerssafetensorsphi3text-generationnlpcodeconversationalcustom_codeenfr

Weight Hashes

Combined commitment: a Merkle root over the weights, config, and tokenizer hashes together (not a raw weights-only hash) -- see this project's v2 on-chain schema.
Combined SHA-2560x0c5c221f7932f7858b2b41066bc51eed98d95ef165e647ca8e0d0abd8152a7c3
Combined SHA3-2560x29d88fc1ace57718eea30f668bc8bc62f30db80ac777df8ad2f5070e2c9706da
Combined BLAKE30xfee71d159c263357066c8fb4ed96491760973ac338863f1d00dbd9858023cd69

Per-file breakdown

Computed locally prior to attestation; the combined hash above is the canonical on-chain commitment.

Config file
config.json · 967 B
SHA-256072d4df63228ef806a6b2b2f02a93f1d048ebd31584d0f61d1180aef36e5bcea
SHA3-2562221e43599218c3cf1485f664467751cc3558d6e52a7691d890a644589af843b
BLAKE319e86a8994443692c5ddd6b8314cb7c96cc1dfcf683c3e905f652e91a91cc276
Tokenizer file
tokenizer.json · 1.85 MB
SHA-256072ab882d6c7192a42f78790945d16c064691321a73251a4b18f6a380f0fbe39
SHA3-256b4767f14a9d11450a3b82b75f1a27e7765fe4a73af08c1882d2a19f1988c71da
BLAKE325a149787a922e398e3c194c5b61875d9fe1186740e1f23a2a8d25a91b6761f8

Verify it yourself

Download the file(s) from the source below, then hash them locally (sha256sum <file> on Linux/macOS, certutil -hashfile <file> SHA256 on Windows) and compare the output against the hash(es) shown above.