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iFLYTEK Unveils Homegrown AI Powerhouse: X2-VL Model Sets New Benchmarks

China's AI Sovereignty Takes Leap Forward with X2-VL Launch

In a significant stride for domestic artificial intelligence development, iFLYTEK has officially unveiled its Starfire X2-VL multimodal large model at the Yangtze River Delta Robot and Automation Exhibition. What sets this release apart? The entire training process occurred on Chinese soil using the 'Taihu Star Leap' computing platform in Wuxi - a first for the industry.

Powering the Future with Homegrown Tech

The X2-VL employs an innovative Mixture of Experts (MoE) architecture, allowing it to tackle complex tasks with remarkable efficiency. But the real story here isn't just about raw computing power - it's about technological independence. iFLYTEK has established a dedicated subsidiary in Wuxi High-tech Zone to ensure continuous development and local implementation.

"This represents more than just another AI model," explains a company spokesperson. "It's proof that China can develop world-class AI systems using entirely domestic infrastructure."

Putting the Model to the Test

Academic benchmarks tell an impressive story:

  • 95% accuracy on mixed text-and-image questions at high school level
  • 148/150 score on the 2026 National Mathematics Gaokao paper (evaluated by national-level math teachers)

These results demonstrate particularly strong capabilities in logical reasoning and visual analysis - crucial skills for real-world applications.

The Local Computing Advantage

As AI transitions from experimental projects to productivity tools, the industry faces a critical question: How do we balance performance with technological sovereignty? iFLYTEK's approach provides a compelling answer.

The Wuxi-based computing platform offers more than just processing power. It represents an ecosystem where:

  • Research and development occur alongside industrial applications
  • Local businesses can directly access cutting-edge AI capabilities
  • The technology stack remains fully controllable

Key Points

  • First fully domestic trained multimodal large model in China
  • MoE architecture enables efficient complex task processing
  • 148/150 Gaokao math score demonstrates advanced reasoning
  • Wuxi-based computing ensures technological sovereignty
  • Local subsidiary established for continuous development

Industry analysts suggest this development could accelerate China's AI capabilities while reducing reliance on foreign technology. As one observer noted, "The X2-VL isn't just another AI model - it's a blueprint for the future of domestic high-tech development."