Alibaba logo

Qwen3.5-2B

Multimodal
Alibaba

Qwen3.5-2B is a 2 billion parameter vision-language model using Gated DeltaNet hybrid architecture with a 3:1 ratio of linear attention to full softmax attention. It supports 262K native context length and features both thinking and non-thinking modes.

Key Specifications

Parameters
2.0B
Context
-
Release Date
March 2, 2026
Average Score
51.9%

Timeline

Key dates in the model's history
Announcement
March 2, 2026
Last Update
September 12, 2026
Today
October 6, 2026

Technical Specifications

Parameters
2.0B
Training Tokens
-
Knowledge Cutoff
-
Family
-
Capabilities
MultimodalZeroEval

Benchmark Results

Model performance metrics across various tests and benchmarks

Reasoning

Logical reasoning and analysis
GPQA
Thinking mode • Self-reported
51.6%

Other Tests

Specialized benchmarks
AA-LCR
Thinking mode • Self-reported
25.6%
BFCL-V4
Thinking mode • Self-reported
43.6%
C-Eval
Thinking mode • Self-reported
73.2%
Global PIQA
Thinking mode • Self-reported
69.3%
IFBench
Thinking mode • Self-reported
41.3%
IFEval
Thinking mode • Self-reported
78.6%
Include
Thinking mode • Self-reported
55.4%
LongBench v2
Thinking mode • Self-reported
38.7%
MAXIFE
Thinking mode • Self-reported
60.6%
MMLU-Pro
Thinking mode • Self-reported
66.5%
MMLU-ProX
Thinking mode • Self-reported
52.3%
MMLU-Redux
Thinking mode • Self-reported
79.6%
MMMLU
Thinking mode • Self-reported
63.1%
Multi-Challenge
Thinking mode • Self-reported
33.7%
NOVA-63
Thinking mode • Self-reported
46.4%
PolyMATH
Thinking mode • Self-reported
26.1%
SuperGPQA
Thinking mode • Self-reported
37.5%
t2-bench
Thinking mode • Self-reported
48.8%
WMT24++
Thinking mode • Self-reported
45.8%

License & Metadata

License
apache_2_0
Announcement Date
March 2, 2026
Last Updated
September 12, 2026

Similar Models

All Models

Recommendations are based on similarity of characteristics: developer organization, multimodality, parameter size, and benchmark performance. Choose a model to compare or go to the full catalog to browse all available AI models.