Huawei founder downplays US chip curbs as trade talks continue

Ren Zhengfei, founder of Huawei, downplayed the impact of US export restrictions on China’s chip industry in a commentary published by the People’s Daily.

He stated that Chinese firms can use chip packaging and stacking to match the performance of advanced semiconductors.

Ren expressed optimism about China’s ability to advance in AI and software through open-source platforms.

His remarks come as US-China talks continue, with US officials highlighting China’s current limitations in producing cutting-edge chips.

Huawei, once affected by US sanctions, has rebounded by focusing on semiconductors, electric vehicles, and AI.

🔗 Source: Bloomberg

🧠 Food for thought

1️⃣ US export controls accelerated China’s semiconductor self-sufficiency

When the US first restricted Huawei in 2019, China was heavily dependent on imported chips, spending over $300 billion annually on semiconductor imports, more than its crude oil expenditures 1.

This technological vulnerability became a national security concern for Beijing, triggering an aggressive push toward semiconductor self-sufficiency over the past five years.

The results are becoming increasingly visible. China experienced a 15.3% year-on-year decline in integrated circuit imports in 2022 while simultaneously increasing its domestic production and exports 2.

This shift reflects China’s implementation of a “new whole-nation system” approach to semiconductor development, channeling massive government resources toward strategic technology goals 2.

Rather than crippling Chinese tech ambitions, US restrictions appear to have galvanized national determination to overcome technological dependencies.

2️⃣ Chip packaging innovation emerges as a critical workaround

Huawei’s emphasis on advanced packaging techniques represents a technical reality that’s allowing Chinese firms to partially circumvent US export controls.

By bundling less advanced chips together through sophisticated packaging methods, Chinese manufacturers can create systems that approach the performance of cutting-edge foreign semiconductors without requiring the most advanced manufacturing technologies [Original article].