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Qwen

Qwen3.8-27B

Apache 2.0 Qwen3.8 dense VLM for local and self-hosted work — native 262K context, image and video input, thinking on by default but can be turned off. Distinct from hosted Qwen3.8-Max.

Catalog record checked August 14, 2026; individual provider fields may change.

AI model specification details
SpecificationQwen3.8-27B
ProviderQwen
TierBalanced
Context window262K
Max output131K
Input / 1M tokensNot verified
Output / 1M tokensNot verified
WeightsOpen
Parameters27B dense
Modalitiestext, image, video
ReleasedAugust 14, 2026

Best for

  • Local multimodal agents
  • Self-hosting a dense 27B VLM
  • Apache 2.0 deployments

Watch out

The Hugging Face repo was created 2026-08-05; this row uses the 2026-08-14 card revision. Hosted 1M-context API is documented as coming soon. Vendor SWE-bench Pro 61.7 and DeepSWE 42.2 used a Claude Code harness, not swebench.com or the public Datacurve DeepSWE board. YaRN can extend context toward 1M.

Common questions

Qwen3.8-27B

Answered from the verified figures on this page rather than general guidance.

What is Qwen3.8-27B's context window?

Qwen3.8-27B accepts about 262K tokens of context. That only matters if you routinely send very long documents, large codebases, or multi-turn histories that approach that limit.

What is Qwen3.8-27B best for?

Qwen3.8-27B is a balanced tier from Qwen. It suits local multimodal agents, self-hosting a dense 27b vlm, apache 2.0 deployments. The Hugging Face repo was created 2026-08-05; this row uses the 2026-08-14 card revision. Hosted 1M-context API is documented as coming soon. Vendor SWE-bench Pro 61.7 and DeepSWE 42.2 used a Claude Code harness, not swebench.com or the public Datacurve DeepSWE board. YaRN can extend context toward 1M.

Can I self-host Qwen3.8-27B?

Qwen3.8-27B publishes open weights, but self-hosting depends on the licence, hardware footprint, quantisation quality, and serving stack. A hosted API is often cheaper until you have measured throughput and concurrency on your own hardware.

Compare it

Head-to-head model comparisons

These are the published pairings that put this model against a plausible alternative.