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| file | size | purpose |
|---|---|---|
stable-audio-3-small-music-base-dit-0.5B-v1.0-Q4_K_M.gguf | 302 MB | smallest, and the fastest to train on |
stable-audio-3-small-music-base-dit-0.5B-v1.0-F16.gguf | 877 MB | the reference training base |
stable-audio-3-small-music-base-dit-0.5B-v1.0-F32.gguf | 1751 MB | CPU/reference validation |
SHA256SUMS | release checksums |
1python tools/download_models.py --variant small-music --encoding f16 --training-base
2build-cuda/bin/sa3-train --model small-music --models-dir models --dataset /path/to/dataset --out train-runs/examplemul_mat argument, and the one backward that
needed it, out_prod(W, transpose(grad)), now accepts a quantized src0 on all three GPU backends.
It is faster than F16 rather than a tradeoff, on a 2.9x smaller file, and the adapter it produces
is an ordinary GGUF LoRA that applies to an F16 or a quantized inference DiT either way.1python tools/download_models.py --variant small-music --encoding q4_k_m --training-base
2build-cuda/bin/sa3-train --model small-music --models-dir models \
3 --dit models/stable-audio-3-small-music-base-dit-0.5B-v1.0-Q4_K_M.gguf \
4 --dataset /path/to/dataset --adapter-type dora-rows --rank 16 --out train-runs/exampleeab5ceee5ad9c1ed38800aff30a8e49d1161c539tools/convert_dit.py --variant small-music --training-base, then
tools/quantize_gguf.py for F16 and sa3-quantize --mix q4_k_m for the quantsa3-quant-check against F16 with below-threshold=0 at cosine 0.990LICENSE.md and a NOTICE describing the conversion and retaining the required
Stability AI attribution.