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Moore Threads Open-Sources MusaCoder, China's First Full-Stack Self-Developed Code AI Model

China's AI computing power sector has achieved a major milestone. Recently, Molyneux officially released and open-sourced MusaCoder, a code large model designed specifically for generating GPU-level operators. It is the first open-source code model in the industry to have its full training and verification process completed on a fully functional domestic GPU platform.
From a technical perspective, the development of MusaCoder represents a significant step forward for China's computing power ecosystem. The entire post-training process was carried out on the "Kuao" computing cluster powered by MTT S5000 GPUs. This demonstrates that domestic hardware can reliably and efficiently support the full-chain development of complex large models, offering the industry a complete blueprint spanning from underlying hardware to upper-level model training.
Performance-wise, MusaCoder proves highly competitive. In the widely recognized KernelBench strict evaluation, the MusaCoder-27B-RL model achieved outstanding results: an Overall Pass rate of 93.2% and an average score of 88.60%. These results show it has surpassed several internationally renowned SOTA code models, including Claude Opus 4.7, DeepSeek-V4 Pro, GLM-5.1, and Kimi K2.6, placing it among the top tier in the industry.
This open-source release is not just a technical milestone for Molyneux in the model space, but also a key move to strengthen the domestic computing power ecosystem. In recent years, Molyneux has been steadily deepening its work on the underlying ecosystem, completing adaptations for major models like DeepSeek, Qwen, and MiniMax, and releasing open-source operator development tools along with other supporting solutions. With the official launch of MusaCoder, developers can more easily leverage domestic computing power to speed up operator development and model training, further unlocking the potential of full-featured domestic GPUs.
Industry analysts note that code models act as the core engine for AI development, making their performance and autonomy critical. Molyneux's MusaCoder, built through a full-stack training approach, offers a more independent tool option for domestic AI research and development, which is essential for laying a stronger foundation for homegrown AI technology.
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China's AI computing power sector has achieved a major milestone. Recently,
From a technical perspective, the development of MusaCoder represents a significant step forward for China's computing power ecosystem. The entire post-training process was carried out on the "Kuao" computing cluster powered by
Performance-wise, MusaCoder proves highly competitive. In the widely recognized KernelBench strict evaluation, the MusaCoder-27B-RL model achieved outstanding results: an Overall Pass rate of 93.2% and an average score of 88.60%. These results show it has surpassed several internationally renowned SOTA code models, including Claude Opus 4.7, DeepSeek-V4 Pro, GLM-5.1, and Kimi K2.6, placing it among the top tier in the industry.
This open-source release is not just a technical milestone for Molyneux in the model space, but also a key move to strengthen the domestic computing power ecosystem. In recent years, Molyneux has been steadily deepening its work on the underlying ecosystem, completing adaptations for major models like DeepSeek, Qwen, and MiniMax, and releasing open-source operator development tools along with other supporting solutions. With the official launch of MusaCoder, developers can more easily leverage domestic computing power to speed up operator development and model training, further unlocking the potential of full-featured domestic GPUs.
Industry analysts note that code models act as the core engine for AI development, making their performance and autonomy critical. Molyneux's MusaCoder, built through a full-stack training approach, offers a more independent tool option for domestic AI research and development, which is essential for laying a stronger foundation for homegrown AI technology.
South Korea Breaks Ground on National AI Computing Center, Investing 2.5 Trillion Won with 2028 Target
South Korean outlet EtNews reports that groundbreaking for the Korea AI Computing Center (KOACC) took place on August 3 at the Solar City data center park in Sunan, Jeollanam-do. Backed by a total investment of 2.5 trillion KRW (roughly 11.838 billio
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