Huawei Prepares Mass Shipments of Ascend 910C AI GPU to Rival NVIDIA H100

Shenzhen, China – Huawei is reportedly set to begin mass shipments of its Ascend 910C AI GPU as early as May 2025, according to industry insiders. The new chip marks a significant advancement in China’s domestic semiconductor capabilities, particularly as the country faces continued restrictions on access to U.S.-made AI hardware.

🔧 Ascend 910C: Doubling Down on Power

The 910C combines two Ascend 910B processors, effectively doubling:

• Computational throughput

• Memory bandwidth

• Parallel processing capability

This unified design aims to deliver performance on par with NVIDIA’s H100, a current industry leader in high-performance AI accelerators.

💡 Strategic Features & Use Cases

Huawei has reportedly made architectural enhancements to optimize the Ascend 910C for a wide range of workloads:

• Training large language models (LLMs)

• Complex multimodal inference tasks

• Computer vision and natural language processing at scale

• AI research and enterprise model deployment

The chip also leverages Huawei’s MindSpore AI framework and is tightly integrated with its Ascend AI software stack, supporting both distributed training and high-efficiency inference.

🌏 Context: Geopolitics and AI Independence

The launch of the 910C is seen as a strategic milestone in China’s bid for AI hardware sovereignty. With U.S. export restrictions blocking access to top-tier NVIDIA chips like the A100 and H100, Chinese firms have been aggressively investing in domestic alternatives to sustain AI R&D momentum.

By enabling on-premise model training and inference at scale, Huawei’s 910C could become a cornerstone of China’s efforts to localize AI infrastructure across academia, industry, and government sectors.

🗣️ Industry Implication

With this move, Huawei isn’t just catching up—it’s positioning itself as a parallel player in the global AI hardware race. If the 910C lives up to performance expectations, it could see wide adoption among Chinese tech giants and research institutions.