NuExtract3 - FP8

numind/NuExtract3 quantized to FP8 (8-bit weights).

What this is

Near-lossless, no calibration data, and it halves every Linear weight. The safe default when you care about quality and have Ada/Hopper or newer.

Caveat. Needs compute capability >= 8.9 (Ada/Hopper+) to run fast.

Details


Source	`numind/NuExtract3`
Scheme	`FP8` (8-bit)
Format	compressed-tensors
Parameters	4.5B
Size on disk	5.5 GB
Compression	1.68x smaller than the 9.3 GB source
Left unquantized	`lm_head`, `re:.visual.`, `re:.vision_tower.`, `re:.vision_model.`, `re:.vision.`, `re:.multi_modal_projector.`, `re:.merger.`
Quantized on	H100 NVL
Quantized by	Sohailhosseini

Usage

vllm serve Sohailhosseini/NuExtract3-FP8 \
  --max-model-len 32768

from vllm import LLM, SamplingParams

if __name__ == "__main__":
    llm = LLM("Sohailhosseini/NuExtract3-FP8", max_model_len=32768)
    out = llm.chat(
        [{"role": "user", "content": "What is quantization? Answer in one sentence."}],
        SamplingParams(temperature=0.6, max_tokens=512),
    )
    print(out[0].outputs[0].text)

Provenance

Produced with HF-quantized. recipe.yaml in this repo is the exact modifier stack that was applied, and the scheme, ignored layers and hardware are in the table above.

Licence is inherited from the source model. Quantization does not change what you are permitted to do with the weights.