Moore Threads Unveils "Lushan" GPU Chip with 64x AI Performance Boost

Deep News12-20

At the Moore Threads 2025 MUSA Developer Conference held today, Zhang Jianzhong, Founder, Chairman, and CEO of Moore Threads Technology Co., Ltd., announced the upcoming mass production of its next-generation GPU chip series—"Huashan" and "Lushan"—based on the company's latest "Huagang" architecture.

Zhang highlighted that the "Huagang" architecture will feature a new instruction set supporting asynchronous programming models and efficient thread synchronization, delivering a 50% increase in computing density and 10x energy efficiency improvements. Additionally, the architecture is designed to support AI computing clusters exceeding 100,000 cards, with an innovative asynchronous programming model to maximize computational efficiency.

The "Lushan" high-performance graphics rendering chip, built on the Huagang architecture, achieves a 15x improvement in AAA game rendering, a 64x boost in AI performance, and a 50x enhancement in ray tracing capabilities. Beyond gaming, it also supports CAD, CAE, and other professional graphics design applications.

Meanwhile, the "Huashan" GPU chip demonstrates leading-edge advancements—even surpassing mainstream international competitors—in floating-point computing power, memory bandwidth, storage capacity, and high-speed interconnect bandwidth.

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