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Qwen3.6-35B-A3B (MoE 架构, 35B 总参数, 3B 激活参数)

이 모델 비교

Alibaba에서 개발한 고성능 MoE 모델. 다국어 지원과 높은 추론 능력이 특징입니다.

파라미터

350

컨텍스트

200K

라이선스

Apache 2.0

출시일

2026-04-16

벤치마크 성능

AA Intelligence Index

LMArena Elo

HLE

ARC-AGI-2

SWE-bench Verified

GPQA Diamond

MMLU-Pro

LiveCodeBench

AIME 2025

MATH-500

일본어 처리 능력

High-Quality JP

Multilingual model with strong Japanese language processing capabilities.

API 가격

이 모델의 API 가격 정보는 현재 공개되지 않았습니다

강점

    약점

      활용 사례

        심층 분석

        Total Parameters

        35B

        MoE architecture, 256 experts

        Active Parameters

        3B

        ~9 experts per token, 3.5% activation

        SWE-bench Verified

        73.4%

        vs Qwen3.5-27B: 75.0%, Gemma4-31B: 52.0%

        GPQA Diamond

        86.0%

        Exceeds Qwen3.5-27B (85.5)

        Terminal-Bench 2.0

        51.5

        vs Qwen3.5-27B: 41.6 (+23.8%)

        Context Window

        128K–262K

        Extended to 262K for agentic tasks

        License

        Apache 2.0

        Fully open-source, commercial use

        강점

        • 3B active parameters deliver performance rivaling 27B+ dense models on agentic coding benchmarks, achieving 10× compute efficiency
        • Native multimodal (vision + video) with spatial intelligence scores (RefCOCO 92.0, ODInW13 50.8) surpassing Claude Sonnet 4.5
        • Seamless integration with OpenClaw, Claude Code, and Qwen Code; dual API compatibility (OpenAI + Anthropic protocols)

        약점

        • Deep planning and complex multi-step tool orchestration (DeepPlanning 25.9 vs Plus 41.5) show significant capability gaps versus larger models
        • Practical skills benchmark (SkillsBench 28.7) lags far behind the closed-source Qwen3.6-Plus (45.7), indicating knowledge capacity limits
        • Total 35B parameter file remains large for local deployment despite low active compute; MoE routing adds implementation complexity

        경쟁사 비교

        ModelArenaSWEGPQAPrice
        Qwen3.5-27B (Dense)N/A75.0%85.5%Open-source
        Gemma4-31B (Dense)N/A52.0%84.3%Open-source
        Qwen3.6-Plus (Closed)N/A78.8%90.4%API-only (Flash tier)

        Qwen3.6-35B-A3B represents a landmark release in efficient open-source AI. As the first open-weight model from the Qwen3.6 family, it employs a Mixture-of-Experts architecture with 35 billion total parameters but only activates approximately 3 billion per token—delivering inference costs and speeds comparable to a 3B dense model while achieving benchmark parity with 27B+ dense architectures. Released April 16, 2026 under Apache 2.0, it is available through Hugging Face, ModelScope, Alibaba Cloud Model Studio (as qwen3.6-flash), and the Qwen Studio playground.

        The model's defining strength is agentic coding. On Terminal-Bench 2.0, it scores 51.5—a 27% improvement over its predecessor Qwen3.5-35B-A3B (40.5) and surpassing the much larger Gemma4-31B (42.9). SWE-bench Verified reaches 73.4%, nearly matching the 27B dense model's 75.0% while operating at a fraction of the compute. The QwenWebBench Elo rating surged from 978 to 1397, reflecting substantial gains in front-end code generation. Beyond coding, the model demonstrates remarkable multimodal capability: RealWorldQA (85.3) and OmniDocBench (89.9) both exceed Claude Sonnet 4.5, and spatial intelligence metrics like RefCOCO (92.0) and ODInW13 (50.8) set new benchmarks for models of this scale.

        Architecturally, Qwen3.6-35B-A3B uses a 256-expert sparse MoE design where a router selects 9 experts per token (8 routed + 1 shared). This decouples model capacity from compute cost, allowing the 35B parameter storage to encode far more knowledge than a 3B dense model could hold. The model supports both 'thinking' (chain-of-thought reasoning) and 'non-thinking' (direct response) modes, with a critical 'preserve_thinking' feature that maintains reasoning context across multi-turn agentic workflows. Deployment is supported via vLLM, SGLang, and Transformers, with FP8 quantization reducing VRAM requirements to approximately 10GB.

        분석 생성일: 2026-07-17