breakthrough

Global Tech Media: 'Waiting for DeepSeek V4' — Huawei Chip Exclusivity Signals China AI Self-Sufficiency Milestone

| China Tech

A wave of global technology media coverage on April 11 crystallized the worldwide anticipation surrounding DeepSeek's upcoming V4 model as a geopolitical benchmark for China's AI self-sufficiency trajectory. The Hong Kong Free Press, TechXplore, Japan Times, AFP, and dozens of outlets ran features under variations of the headline 'Waiting for DeepSeek: new model to test China's AI ambitions,' reflecting months of speculation following Reuters' April 3 report that V4 is expected in 'the next few weeks' and will run on Huawei's Ascend 950PR chips. The coverage distilled the strategic significance: DeepSeek reportedly gave Huawei chips exclusive early hardware access to V4 while deliberately denying Nvidia early access — a pointed geopolitical statement amid ongoing US export controls. If V4 achieves competitive benchmark performance on domestic silicon, it would challenge the prevailing assumption that frontier AI development still depends on Nvidia GPUs, potentially invalidating a core premise of US chip export control strategy. Technical analysts note the transition requires substantial re-engineering: DeepSeek's existing pipeline was optimized for Nvidia's CUDA architecture, and migrating to Huawei's CANN (Compute Architecture for Neural Networks) framework introduces performance risks. However, the Shenzhen 10,000-card Huawei Ascend cluster (activated April 2026) gives DeepSeek access to over 14,000 petaflops of domestic compute — sufficient for frontier-scale training. V4 is expected to be multimodal (text, image, video), context-window enhanced, and priced at approximately $0.30/million tokens for the base tier.

DeepSeek V4 is expected to run exclusively on Huawei Ascend chips, marking a potential AI self-sufficiency milestone for China
DeepSeek V4 is expected to run exclusively on Huawei Ascend chips, marking a potential AI self-sufficiency milestone for China — TechXplore / AFP