aimeri/spoomplesmaxx-jackdaw-35B-A3-i1-GGUF
spoomplesmaxx-jackdaw-35B-A3-i1-GGUF
Weighted / imatrix quants of `aimeri/spoomplesmaxx-jackdaw-35B-A3`.
Static quants are not provided: at every size that matters the imatrix quant of the same name is at least as good, so this repo is the whole set.
Provenance
The in-domain half exists because this is a sparse MoE: a token only touches its routed experts, so a small generic corpus leaves rare experts with no importance data at all. Coverage was gated before quantizing — every quantizable tensor has importance data and every expert row was activated above a token floor.
The Q4_K_M quant was verified after quantization: greedy generations terminate on <|im_end|> (not the token cap), think blocks close, no stray glyphs.
Measured
KL divergence of each quant against this model's own bf16, on a holdout that was excluded from calibration (evaluating on your own calibration domain flatters the numbers). Lower KLD is closer to the unquantized model.
same top-1 is the share of holdout positions where the quant's most likely token is unchanged from bf16.
Which one do I want?
Roughly, higher in the table is smaller and worse. i1-Q4_K_M is the recommended default; i1-IQ4_XS if you need to save a little; i1-Q6_K if you have the memory and want to stop thinking about it.
Usage
llama-server -m spoomplesmaxx-jackdaw-35B-A3-i1-GGUF.i1-Q4_K_M.gguf -ngl 99 -c 32768 --jinja--jinja matters: the chat template is embedded in the GGUF and pre-opens the <think> block, which is the behaviour the model was trained for. Tool calls use Qwen3.5's XML convention (<tool_call><function=NAME><parameter=KEY>VALUE</parameter></function></tool_call>).
