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BenchLM
Data

Muse Wonder vs Qwen3.8-27B

Updated October 12, 2026. Rank says Muse Wonder is ahead. Price, access, and your workload can each overturn that. Public scores include evidence status and uncertainty.

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Decision reading

Muse Wonder has the higher public point estimate, 70.44 versus 57.44. Their conditional score ranges overlap. These ranges do not establish rank confidence. 2 results are shared. Category rows resting on Estimated evidence or different benchmark sets are marked directional and do not name a winner.

Model A
Meta logo

Meta

70.44/100

Estimated · Public rank #16

Conditional range 56.1–84.8

Model B
Alibaba logo

Alibaba

57.44/100

Supported · Public rank #57

90% interval 50.7–64.2

Shared results
2
Muse Wonder only
4
Qwen3.8-27B only
32
Like-for-like categories
2 / 8
Estimated: Muse Wonder · Supported: Qwen3.8-27B. Conditional ranges do not establish rank confidence.How the comparison works

Which one for your work

Recommendations appear only when a shared evidence basis or an explicit operating constraint supports the call. Secondary and unsupported use cases stay disclosed below the initial list.

  • Coding work

    Code generation, repair, and software-engineering tasks

    Muse Wonder

    Muse Wonder has the higher public coding point estimate, 69.8 to 46.9, with Supported evidence for both models. The conditional ranges do not establish rank confidence.

    Confidence: limited
  • Long documents

    Prompts that approach the documented context limit

    Muse Wonder

    Muse Wonder has the larger documented context window.

    Confidence: documented
Show secondary and unsupported calls
  • Agentic work

    Tool use, computer use, and multi-step task completion

    Not enough matched evidence

    Muse Wonder is not ranked on the public lane for agentic, so no winner is named for agentic.

    Confidence: limited
  • Chat turn cost

    1K fresh input + 500 output tokens

    Not enough matched evidence

    A complete comparable API-rate estimate is not available for both models.

    Confidence: listed-rates
  • Cache-heavy agent loop cost

    200K cached + 20K fresh input + 10K output tokens

    Not enough matched evidence

    A complete comparable API-rate estimate is not available for both models.

    Confidence: listed-rates
  • Repository review cost

    50K fresh input + 3K output tokens

    Not enough matched evidence

    A complete comparable API-rate estimate is not available for both models.

    Confidence: listed-rates

Which one for a specific job

Choose a job from the LLM Selector's task catalog to see the category row it rests on, under the same basis rules as the table below. A directional row stays directional; choosing a job never creates a winner.

The same task catalog as the LLM Selector. Each job names the evidence surface it rests on; nothing here adds a new score.

69.8Muse Wonder46.9Qwen3.8-27B

Like-for-like · BenchAlign v5.8

Muse Wonder has the higher coding point estimate. Conditional score ranges do not establish rank confidence.

Coding scores combine specific tasks and setups. Match the editor, harness, and effort to your workflow.

Same basis rules as the category table below

What is actually comparable

Shared results can support a head-to-head reading. Results present for only one model describe coverage, not superiority.

Shape of the matched evidence

Only shared public evidence is shown. Sparse evidence stays a ruled list rather than being closed into a radar shape.

A shared-evidence shape is not available.

BenchLM does not draw a radar or infer missing axes when the matched evidence is too sparse.

Category results, on a stated basis

Each row shows the public-lane category score for both models: the BenchAlign v5.8 lane for agentic, coding, and knowledge, and the weighted public rows elsewhere, with the same rank each model page reports. A row is like-for-like only when both scores rest on Supported evidence or the same weighted set. Directional and not-comparable rows remain visible, but they never receive a winner.

Coding

Like-for-like
Muse Wonder
69.8
Supported · #10/148
Qwen3.8-27B
46.9
Supported · #50/148
Basis
BenchAlign v5.8 lane · 3 vs 9 public rows
Reading
Muse Wonder leads

Knowledge

Like-for-like
Muse Wonder
74.0
Supported · #12/180
Qwen3.8-27B
50.6
Supported · #75/180
Basis
BenchAlign v5.8 lane · 1 vs 6 public rows
Reading
Muse Wonder leads

Agentic

Not comparable
Muse Wonder
Not ranked
Qwen3.8-27B
61.8
Supported · #18/123
Basis
BenchAlign v5.8 lane · 2 vs 8 public rows
Reading
Not comparable

Reasoning

Not comparable
Muse Wonder
81.3
Unranked · 2 rankable rows
Qwen3.8-27B
82.2
#9/29
Basis
Provisional lane · 0 vs 0 weighted rows
Reading
Not comparable

Multimodal

Not comparable
Muse Wonder
Not ranked
Qwen3.8-27B
84.4
#13/54
Basis
Provisional lane · 0 vs 1 weighted rows
Reading
Not comparable

Multilingual

Not comparable
Muse Wonder
Not ranked
Qwen3.8-27B
Not ranked
Basis
Provisional lane · 0 vs 0 weighted rows
Reading
Not comparable

Instruction following

Not comparable
Muse Wonder
Not ranked
Qwen3.8-27B
86.9
#40/127
Basis
Provisional lane · 0 vs 1 weighted rows
Reading
Not comparable

Math

Not comparable
Muse Wonder
Not ranked
Qwen3.8-27B
Not ranked
Basis
Provisional lane · 0 vs 0 weighted rows
Reading
Not comparable

Ranks count the models scored in each category’s lane, so the agentic, coding, and knowledge denominators (BenchAlign v5.8) differ from the provisional-lane categories. Unranked scores sit on the provisional lane’s scale but never name a winner. Like-for-like rows within 0.5 points read as a practical tie.

Supported evidence per lane · bars run 0–100Methodology

What each workload costs

Three fixed token mixes turn per-token rates into comparable decisions. Each scenario states context fit and whether cached input had to fall back to the published list-input rate.

Chat turn

1K fresh input + 500 output tokens

Muse Wonder
$0.014
Fits in one request
Qwen3.8-27B
Self-hosted; infrastructure cost varies
Fits in one request

Qwen3.8-27B has no comparable published API token rate.

Repository review

50K fresh input + 3K output tokens

Muse Wonder
$0.26
Fits in one request
Qwen3.8-27B
Self-hosted; infrastructure cost varies
Fits in one request

Qwen3.8-27B has no comparable published API token rate.

Cache-heavy agent loop

200K cached + 20K fresh input + 10K output tokens

Muse Wonder
$0.32
Fits in one request
Qwen3.8-27B
Self-hosted; infrastructure cost varies
Fits in one request
Cached-input rate unavailable

Qwen3.8-27B has no comparable published API token rate.

Cached input falls back to the list input rate only where a cached rate is unpublished

Specification differences

Sourced differences are shown directly. Missing facts stay explicit instead of being inferred from a model name or family.

Documented inputs

Muse Wonder

Not sourced

Qwen3.8-27B

Not sourced

Documented outputs

Muse Wonder

Not sourced

Qwen3.8-27B

Not sourced

Provider availability

Muse Wonder

Not sourced

Qwen3.8-27B

Not sourced

Reasoning profile

Muse Wonder

Reasoning

Qwen3.8-27B

Reasoning

Weight access

Muse Wonder

Proprietary

Qwen3.8-27B

Open Weight

License

Muse Wonder

Proprietary

Qwen3.8-27B

Open Weight

Release date

Muse Wonder

2026-10-12

Qwen3.8-27B

2026-08-05

If you already use one of these models

Deployment change
The models list different providers, so authentication, endpoint behavior, limits, and feature support may change.
Quality signal
Muse Wonder has the higher public point estimate, 70.44 versus 57.44. Their conditional score ranges overlap. These ranges do not establish rank confidence.
Workload cost
A complete comparable API-rate estimate is not available for both models.
Context tradeoff
Muse Wonder has the larger documented window (1M).
Run the same representative tasks against both endpoints before changing production traffic.

Questions

Which is better, Muse Wonder or Qwen3.8-27B?

Muse Wonder has the higher public point estimate, 70.44 versus 57.44. Their conditional score ranges overlap. These ranges do not establish rank confidence. The page therefore keeps the decision tied to the specific documented workload.

Which is better for coding, Muse Wonder or Qwen3.8-27B?

Muse Wonder has the higher public coding point estimate, 69.8 to 46.9, with Supported evidence for both models. The conditional ranges do not establish rank confidence.

Which is better for agentic tasks, Muse Wonder or Qwen3.8-27B?

Muse Wonder is not ranked on the public lane for agentic tasks, so no winner is named for agentic tasks.

Which costs less, Muse Wonder or Qwen3.8-27B?

Both models do not have comparable published API token rates, so this page does not name a universal price winner.

Which has the larger context window, Muse Wonder or Qwen3.8-27B?

Muse Wonder has the larger documented context window: 1M, compared with 262K.

Benchmark evidence

The full public result ledger is available for audit without forcing a wide desktop table onto a phone.

Browse raw public benchmark evidence38 rows

Agentic

  • JobBench

    Muse Wonder70.5%
    Source
    Qwen3.8-27B33.4%
    Source

    Muse Wonder leads this result

  • Finance Agent v2

    Muse Wonder56.6%
    Source
    Qwen3.8-27B—

    Not directly comparable

  • Terminal-Bench 2.1

    Muse Wonder—
    Qwen3.8-27B73.0%
    Source

    Not directly comparable

  • CoWorkBench

    Muse Wonder—
    Qwen3.8-27B70.7%
    Source

    Not directly comparable

  • Agents' Last Exam

    Muse Wonder—
    Qwen3.8-27B42.9%
    Source

    Not directly comparable

  • OSWorld-Verified

    Muse Wonder—
    Qwen3.8-27B84.3%
    Source

    Not directly comparable

  • WebArena-Verified

    Muse Wonder—
    Qwen3.8-27B64.8%
    Source

    Not directly comparable

  • AndroidWorld

    Muse Wonder—
    Qwen3.8-27B81.9%
    Source

    Not directly comparable

  • Terminal-Bench 2.1 (Vals)

    Muse Wonder—
    Qwen3.8-27B58.4%
    Source

    Not directly comparable

Coding

  • DeepSWE

    Muse Wonder78.8%
    Source
    Qwen3.8-27B42.2%
    Source

    Muse Wonder leads this result

  • ProgramBench

    Muse Wonder50.0%
    Source
    Qwen3.8-27B—

    Not directly comparable

  • sweMarathon

    Muse Wonder53.1%
    Source
    Qwen3.8-27B—

    Not directly comparable

  • Terminal-Bench 2.1

    Muse Wonder—
    Qwen3.8-27B73.0%
    Source

    Not directly comparable

  • SWE-bench Pro

    Muse Wonder—
    Qwen3.8-27B61.7%
    Source

    Not directly comparable

  • NL2Repo

    Muse Wonder—
    Qwen3.8-27B42.3%
    Source

    Not directly comparable

  • LiveCodeBench v6

    Muse Wonder—
    Qwen3.8-27B90.3%
    Source

    Not directly comparable

  • VulcanBench v3

    Muse Wonder—
    Qwen3.8-27B82.6%
    Source

    Not directly comparable

  • LiveCodeBench (Vals)

    Muse Wonder—
    Qwen3.8-27B84.0%
    Source

    Not directly comparable

  • SWE-bench (Vals)

    Muse Wonder—
    Qwen3.8-27B86.0%
    Source

    Not directly comparable

  • Bug Hunt Bench

    Muse Wonder—
    Qwen3.8-27B15.0 fixes
    Source

    Not directly comparable

Multimodal

  • MathVision

    Muse Wonder—
    Qwen3.8-27B90.0%
    Source

    Not directly comparable

  • MathVision w/ Python

    Muse Wonder—
    Qwen3.8-27B94.6%
    Source

    Not directly comparable

  • BabyVision

    Muse Wonder—
    Qwen3.8-27B65.7%
    Source

    Not directly comparable

  • BabyVision w/ Python

    Muse Wonder—
    Qwen3.8-27B85.6%
    Source

    Not directly comparable

  • Vision2Web

    Muse Wonder—
    Qwen3.8-27B62.9%
    Source

    Not directly comparable

  • CharXiv w/o tools

    Muse Wonder—
    Qwen3.8-27B83.7%
    Source

    Not directly comparable

  • CharXiv

    Muse Wonder—
    Qwen3.8-27B90.2%
    Source

    Not directly comparable

  • OmniDocBench 1.5

    Muse Wonder—
    Qwen3.8-27B91.1%
    Source

    Not directly comparable

  • RealWorldQA

    Muse Wonder—
    Qwen3.8-27B85.9%
    Source

    Not directly comparable

  • ERQA

    Muse Wonder—
    Qwen3.8-27B65.5%
    Source

    Not directly comparable

Knowledge

  • HealthBench Professional

    Muse Wonder60.5%
    Source
    Qwen3.8-27B—

    Not directly comparable

  • GPQA

    Muse Wonder—
    Qwen3.8-27B89.2%
    Source

    Not directly comparable

  • GPQA-D

    Muse Wonder—
    Qwen3.8-27B89.2%
    Source

    Not directly comparable

  • HLE

    Muse Wonder—
    Qwen3.8-27B30.8%
    Source

    Not directly comparable

  • HLE w/o tools

    Muse Wonder—
    Qwen3.8-27B30.8%
    Source

    Not directly comparable

  • GPQA Diamond (Vals)

    Muse Wonder—
    Qwen3.8-27B88.9%
    Source

    Not directly comparable

  • MMLU-Pro (Vals)

    Muse Wonder—
    Qwen3.8-27B84.3%
    Source

    Not directly comparable

Instruction following

  • IFBench

    Muse Wonder—
    Qwen3.8-27B79.5%
    Source

    Not directly comparable

38 public results · 2 shared

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Last updated October 12, 2026