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Model comparison

Qwen3.8-2.4T-A95B vs Qwen3.8-Max

Two Qwen tiers compared on the figures that decide which one a workload actually needs.

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

Qwen

Qwen3.8-2.4T-A95B

Frontier · Open weights

vs

Qwen

Qwen3.8-Max

Frontier

AI model capability comparison
SpecificationQwen3.8-2.4T-A95BQwen3.8-Max
ProviderQwenQwen
TierFrontierFrontier
Context window262KWinner: 1M
Max output131K131K
Input / 1M tokensNot verified$2
Output / 1M tokensNot verified$6
WeightsOpenClosed
Parameters2.4T total / 95B active (MoE)2.4T total / ~95B active (MoE)
Reasoning levelslow, medium, xhighNot verified
Modalitiestexttext, image, video
ReleasedAugust 12, 2026August 3, 2026
Artificial Analysis Intelligence Index (2026-08-08)Not verified58

Prices are USD per million tokens at standard rates, excluding batch and caching discounts. Bold indicates the better figure where one is objectively better. Values we could not confirm from the provider are shown as “Not verified” rather than estimated.

FrontierOpen weights

Qwen3.8-2.4T-A95B

Official Hugging Face checkpoint for Qwen3.8 open weights — a text base model, not the hosted Qwen3.8-Max API.

Best for

  • Self-hosting the Qwen3.8 flagship
  • vLLM / SGLang serving
  • Evaluating the open Max-class weights

Watch out

Native context is 262,144 tokens (YaRN extends toward ~1,010,000). Hugging Face best-practice caps: 262,144 reasoning tokens and 131,072 final-response tokens. Thinking cannot be disabled. Qwen3.8-Max License: MaaS / AI Work Assistant businesses over $50M trailing 12-month revenue need a separate commercial licence. Self-hosting still needs datacentre-class memory. Do not treat this checkpoint as the multimodal 1M-context API.

Frontier

Qwen3.8-Max

Alibaba's hosted Max-class API — 2.4T MoE with a 1M context window (max input 991,808), vision, and managed tools. Distinct from the Hugging Face Qwen3.8-2.4T-A95B checkpoint.

Best for

  • Agentic coding
  • Multimodal knowledge work
  • Long-context delivery

Watch out

This row is the hosted Qwen3.8-Max API, not the downloadable checkpoint. The open-weight Qwen3.8-2.4T-A95B card is catalogued separately and does not include the API's vision, non-thinking, or built-in tool extras.

Benchmark

DeepSWE 1.1 in context

Only Qwen3.8-Max has a published DeepSWE 1.1 result. It is shown against the wider field, with cost per completed task alongside the score.

Local leader

Claude Opus 5 [max]

74%

Rows shown

24

Highest published reasoning effort per model (not best Pass@1)

Snapshot date

2026-08-13

Mirrored from deepswe.datacurve.ai

DeepSWE 1.1 pass@10%16%32%48%64%80%$0$4.50$9.00$13.50$18.00$22.50$27.00Avg cost per taskClaude Opus 5 [max]: 74% · $11.84 · 118k tokens · 99 stepsClaude Opus 5GPT-5.6 Sol [max]: 73% · $8.39 · 60k tokens · 61 stepsGPT-5.6 SolClaude Fable 5 [max]: 70% · $21.63 · 119k tokens · 88 stepsClaude Fable 5GPT-5.6 Terra [max]: 70% · $4.95 · 72k tokens · 76 stepsGPT-5.6 TerraKimi K3 [max]: 69% · $4.65 · 82k tokens · 98 stepsKimi K3GPT-5.6 Luna [max]: 67% · $3.03 · 73k tokens · 102 stepsGPT-5.6 LunaGPT-5.5 [xhigh]: 67% · $7.23 · 46k tokens · 82 stepsGPT-5.5Grok 4.6 [xhigh]: 67% · $5.50 · 71k tokens · 87 stepsGrok 4.6Gemini 3.7 Flash [high]: 65% · $2.18 · 107k tokens · 125 stepsGemini 3.7 FlashDeepSeek V4-Pro [max]: 63% · $0.24 · 106k tokens · 155 stepsDeepSeek V4-ProClaude Opus 4.8 [max]: 59% · $13.22 · 135k tokens · 120 stepsClaude Opus 4.8Qwen3.8-Max [xhigh]: 58% · $3.73 · 95k tokens · 111 stepsQwen3.8-MaxMuse Spark 1.2 [xhigh]: 55% · $3.70 · 99k tokens · 101 stepsMuse Spark 1.2Claude Sonnet 5 [max]: 54% · $26.40 · 214k tokens · 268 stepsClaude Sonnet 5Grok 4.5 [high]: 54% · $2.42 · 36k tokens · 61 stepsGrok 4.5DeepSeek V4-Flash [max]: 53% · $0.10 · 108k tokens · 153 stepsDeepSeek V4-FlashMuse Spark 1.1 [xhigh]: 53% · $2.36 · 74k tokens · 96 stepsMuse Spark 1.1GPT-5.4 [xhigh]: 52% · $5.65 · 71k tokens · 70 stepsGPT-5.4Gemini 3.6 Flash [high]: 47% · $4.42 · 96k tokens · 117 stepsGemini 3.6 FlashGLM 5.2 [max]: 44% · $3.92 · 78k tokens · 129 stepsGLM 5.2Gemini 3.5 Flash [high]: 36% · $3.45 · 76k tokens · 105 stepsGemini 3.5 FlashKimi K2.7 Code: 31% · $2.82 · 59k tokens · 149 stepsKimi K2.7 CodeClaude Sonnet 4.6 [high]: 30% · $5.52 · 76k tokens · 134 stepsClaude Sonnet 4.6Gemini 3.1 Pro [high]: 12% · $2.14 · 28k tokens · 76 stepsGemini 3.1 Pro

Better is toward the top-right (higher pass rate, lower cost). X-axis is reversed to match DeepSWE’s public chart. v1.1 uses average cost / tokens / steps; v1 uses published medians.

DeepSWE 1.1 leaderboard with pass rate, cost, tokens, and steps per task
#ModelPass@1Cost / taskTokens / taskSteps / task
1Claude Opus 5 [max]74%$11.84118k99
2GPT-5.6 Sol [max]73%$8.3960k61
3Claude Fable 5 [max]70%$21.63119k88
4GPT-5.6 Terra [max]70%$4.9572k76
5Kimi K3 [max]69%$4.6582k98
6GPT-5.6 Luna [max]67%$3.0373k102
7GPT-5.5 [xhigh]67%$7.2346k82
8Grok 4.6 [xhigh]67%$5.5071k87
9Gemini 3.7 Flash [high]65%$2.18107k125
10DeepSeek V4-Pro [max]63%$0.24106k155
11Claude Opus 4.8 [max]59%$13.22135k120
12Qwen3.8-Max [xhigh]58%$3.7395k111
13Muse Spark 1.2 [xhigh]55%$3.7099k101
14Claude Sonnet 5 [max]54%$26.40214k268
15Grok 4.5 [high]54%$2.4236k61
16DeepSeek V4-Flash [max]53%$0.10108k153
17Muse Spark 1.1 [xhigh]53%$2.3674k96
18GPT-5.4 [xhigh]52%$5.6571k70
19Gemini 3.6 Flash [high]47%$4.4296k117
20GLM 5.2 [max]44%$3.9278k129
21Gemini 3.5 Flash [high]36%$3.4576k105
22Kimi K2.7 Code31%$2.8259k149
23Claude Sonnet 4.6 [high]30%$5.5276k134
24Gemini 3.1 Pro [high]12%$2.1428k76

DeepSWE “Best” picks the highest published reasoning effort per model (not the highest pass rate). Small gaps may not be statistically meaningful — confirm on deepswe.datacurve.ai.

Common questions

Qwen3.8-2.4T-A95B vs Qwen3.8-Max

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

Which has the larger context window, Qwen3.8-2.4T-A95B or Qwen3.8-Max?

Qwen3.8-Max accepts 1M tokens against 262K for Qwen3.8-2.4T-A95B. This only matters if you routinely send very long documents or large codebases.

Should I use Qwen3.8-2.4T-A95B or Qwen3.8-Max?

Both sit in the frontier tier, so the choice usually comes down to price and context rather than capability. Qwen3.8-2.4T-A95B suits self-hosting the qwen3.8 flagship; Qwen3.8-Max suits agentic coding.

Can I self-host Qwen3.8-2.4T-A95B or Qwen3.8-Max?

Qwen3.8-2.4T-A95B publishes open weights, but self-hosting and third-party provider access depend on the licence, hardware, serving support, and availability. Qwen3.8-Max is a closed model whose supported access paths are controlled by its provider.

Next step

Choosing between them

Tier and workload decide this more reliably than a leaderboard position does.

If both sit in the same tier, the decision usually comes down to context window and output price rather than headline capability — output tokens dominate real bills.

If one is a step up within the same provider, the useful question is whether your hardest task actually fails on the cheaper tier. Most production volume — classification, extraction, summarization — does not.

Choosing a harness rather than a model — Cursor, Copilot, Claude Code, Muse Code, or Lovable? Compare agentic harnesses · Latest releases.