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qwen3_5: a dense
hybrid GatedDeltaNet (linear-attention) + full-attention model, 3:1, with a vision
tower and a 1M-token YaRN context).linear_attn layers (24 of 32), the large 248K-vocab
embeddings + lm_head, and the vision tower are all kept in BF16; only the attention
and MLP linears are int4.
Quantized by: sahilchachra
Tooling: llm-compressor 0.12 (AWQModifier + QuantizationModifier) → compressed-tensors pack-quantizedself_attn.{q,k,v,o}_proj on the 8 full-attention layers — 32mlp.{gate,up,down}_proj on all 32 layers — 96linear_attn (mamba) layers, the vision
tower, the MTP head, token embeddings, lm_head, and all norms.1from vllm import LLM, SamplingParams
2llm = LLM(model="sahilchachra/Qwythos-9B-Claude-Mythos-5-1M-AWQ",
3 trust_remote_code=True, dtype="bfloat16")
4print(llm.generate(["Explain a TCP SYN flood, briefly."],
5 SamplingParams(max_tokens=256))[0].outputs[0].text)The GatedDeltaNet kernels (causal-conv1d/flash-linear-attention) fall back to a pure-PyTorch path where unavailable (e.g. ARM/Jetson) — correct, just slower.compressed-tensors == 0.17.1's eagerdecompress_modelmis-readsgroup_sizeforpack-quantizedcheckpoints; load via vLLM (its own loader) or a fixed compressed-tensors. The weights/scales on disk are standard and correct.
*_processor_config.json; the standard Qwen3.5
(VL) processor configs are included here so the model loads in vLLM out of the box.compressed-tensors pack-quantized; symmetric int4 for broad loadability.