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.ninfer container, NOT a
GGUF — llama.cpp, vLLM, LM Studio etc. cannot read it. It was built for (and measured
on) a 16 GB RTX A5000 Laptop GPU. The reference fork: a port of Neroued/ninfer to
sm_86 with Q4-only groupwise kernels, pinned-host embedding, and INT4 KV support.--vision / --spec mtp are requested| Config | Context | Decode | Prefill |
|---|---|---|---|
plain, int4 KV (--kv-dtype i4) | 131,072 | 12.6 tok/s | ~380 tok/s |
| MTP3, int8 KV | 49,152 | 25.7 tok/s | ~380 tok/s |
| MTP3, int4-g128 KV | 122,880 | 22.4 tok/s | ~380 tok/s |
| Model | PPL |
|---|---|
| Qwen3.8-27B BF16 (fp32 ref) | 6.012 |
| unsloth IQ3_XXS GGUF (anchor) | 6.256 |
| this artifact (min-Q4) | 6.299 |
1ninfer qwen3_8_27b_minq4.ninfer \
2 --kv-dtype i4 --max-context 122880 --kv-capacity 122880 \
3 --prefill-chunk 64 --spec mtp --draft-tokens 3 \
4 --prompt "..."tools/convert/qwen3_8_27b/convert.py (fork's
_a5000_endpoint_and_down inventory: Q4 everywhere except Q6 embedding + Q4 head).
Container layout matches the official qwen3.8-27b/groupwise-int identity, so the
official 5090 engine will also load it — but the all-Q4 layout is tuned for 16 GB
cards and is untested on sm_120a.// Fork:. The official Neroued/ninfer
targets RTX 5090 (sm_120a) and will also load this container but is untested with this layout.