peculiar-ragdoll/Dirk-Qwen3.8-27B-MLX-oQ6e

Dirk is the Qwen3.8-27B that gets straight to the point.

📊 Benchmarks — live, in progress. Measured right now and posted as each seed lands, so any arm with hatched bars is partial and will move before it settles. Honest, in the open. More plates appear here as benchmarks start.

With our Sharp chat template, MTP, and vision baked in, the model answers lean and stays on-task out of the box. No template wrangling: download, point oMLX at it, go. If you want it to think deeper, set the effort level through chat_template_kwargs:

{"messages": [...], "chat_template_kwargs": {"reasoning_effort": "high"}}

Levels: low, medium, high, xhigh. Omit it for Dirk's lean default (medium). Turn thinking off entirely with "enable_thinking": false.

What it is

• Base: Qwen/Qwen3.8-27B, a dense 27B vision-language model (vision preserved).
• Quant: oMLX's oQ quantizer — imatrix-calibrated mixed-precision MLX, which keeps the model's MTP head — runtimes with multi-token-prediction speculative decoding can use it for faster generation.
• Template: the Sharp chat template (v22.5.0, Qwen 3.8-aware) — froggeric's fixed Qwen template plus an always-on terseness system prompt, and turning off xhigh thinking default. It replaces the checkpoint's chat_template.jinja; the weights and the MTP tensors are untouched.

The only thing Dirk changes versus the stock quant is the template. Same weights, asked better.

Proven on Nail and Dagger

Dirk is new, but the template is not. The identical terseness edit, measured on Dagger's base (ThinkingCap-27B, same weights, only the template swapped):

Roughly: the same answers in a bit over half the words, with accuracy moving up. That is what Dirk inherits on day one; its own measured numbers are in progress.

Thinking effort

Stock Qwen3.8-27B forces reasoning_effort=xhigh on every call — always-on maximum-effort reasoning. Dirk removes that default, so it runs at the model's native medium effort: in both the official and Unsloth templates, medium is the setting that injects no reasoning instruction (only xhigh and low add one), and Dirk simply leaves it there. So Dirk thinks at the baseline and answers terse, instead of being pushed to the ceiling on every request. Set reasoning_effort yourself (low, medium, high, xhigh), per request, through chat_template_kwargs — the OpenAI-style top-level reasoning_effort field is dropped by llama.cpp and oMLX, so it must go there (see the JSON example above).

Run it

Both tiers carry the Sharp v22.5.0 template and the MTP head, and both keep the vision tower — no separate projector file to download.

oMLX — put the folder under ~/.omlx/models/peculiar-ragdoll/Dirk-Qwen3.8-27B-MLX-oQ6e (or pull it from the oMLX admin dashboard), then switch MTP on:

"Dirk-Qwen3.8-27B-MLX-oQ6e": { "mtp_enabled": true, "max_context_window": 262144 }

Sampling defaults: temperature 1.0, top_p 0.95, top_k 20.

Prefer to keep the files yourself? Download explicitly, then point --model at the local path:

hf download peculiar-ragdoll/Dirk-Qwen3.8-27B-MLX-oQ6e --local-dir Dirk-MLX
python -m mlx_vlm.generate --model Dirk-MLX --max-tokens 512 \
  --prompt "Explain what this function does."                       # text
python -m mlx_vlm.generate --model Dirk-MLX --max-tokens 512 \
  --prompt "What is in this screenshot?" --image photo.jpg          # vision

Requires mlx-vlm >= 0.6.3. MLX loaders without MTP support simply ignore the MTP tensors.

Both runtimes apply the embedded Sharp template automatically — nothing to pass.

Load it with mlx-vlm, not mlx-lm. This is a vision-language checkpoint. mlx_lm.load() accepts it and then emits garbage tokens — we hit exactly that in testing before switching to mlx_vlm, where the same files generate correctly. It is a loader mismatch, not a bad quant, but it fails quietly. Single-run sanity figure on our box, mlx-vlm text-only with no MTP: ~25.5 tok/s decode — a smoke test, not a benchmark.

Pick your weapon

Qwen3.8-27B may be the new intelligence density frontier for local models that run on consumer hardware, but the already battle-tested Dagger and Nail both have their own use cases, in an arsenal that contains all three.

• Nail-35B-A3B generates tokens 3–4× faster than 27B models, while still being very good at routine coding, debugging, knowledge work, and many other kinds of tasks — which means that for tasks that aren't too hard for it, it writes the unit test and regression test, and implements the feature in the time it takes 3.8-27B to get out of the gate. Reach for Nail when you need volume routine work done right and fast.
• Dagger-27B is — unlike 3.8-27B — specifically tuned to minimize the number of thinking tokens while sacrificing minimal accuracy, which might still give it the advantage in speed-to-answer and multi-turn stamina under the context ceiling. Reach for Dagger when you need a session to survive 100 turns.
• Dirk-27B is what you reach for when the task is genuinely hard and you want the strongest local answer without filler — accepting that Nail reaches an answer faster on work it can handle, and that a marathon session running 100 turns under the context ceiling is Dagger's domain, not Dirk's.

Dagger and Nail might still be your go-to workhorses for long and short tasks within their ability bands, due to their advantage in speed and stamina.

Credits

• Qwen — the Qwen3.8-27B weights.
• Jundot and oMLX — the Jundot/Qwen3.8-27B-oQ6e-mtp oQ quant (MTP-preserving) this repo redistributes.
• froggeric — the fixed chat template the Sharp template builds on.

Apache-2.0, matching upstream.