Beijing showcased Huawei's hidden chip laboratory on national television just two days prior to Trump's arrival. The intended audience was not the Chinese public.

      In brief, Beijing aired footage of Huawei’s secret chip laboratory on prime-time television just two days before Trump’s state visit, indicating that U.S. export restrictions have strengthened China’s semiconductor goals centered around a national champion out of reach for the U.S. On Friday evening, China Central Television’s leading news program showcased previously unseen footage of the Chip Fundamental Technology Research Laboratory located at Huawei’s Lianqiu Lake campus in Shanghai. This segment featured Huawei founder Ren Zhengfei meeting with Vice-Premier Ding Xuexiang. The broadcast did not reveal what the laboratory is working on, as the timing conveyed the significance more than any technical details could.

      President Donald Trump is set to arrive in Beijing on Tuesday for a three-day state visit, marking his first trip to China during his second term. Accompanying him are Elon Musk, Tim Cook, Larry Fink, and Boeing’s Kelly Ortberg. The agenda will encompass trade, the conflict in Iran, Taiwan, and semiconductors. Beijing's decision to showcase Huawei's secretive chip research facility on national television mere hours before the U.S. delegation's arrival was intentional. The intended audience was the American delegation, not the Chinese public.

      The Lianqiu Lake campus is Huawei's largest R&D center globally, spanning 2,600 acres in Jinze, Shanghai’s Qingpu district, costing 10 billion yuan (about $1.4 billion) to construct over three years. It consists of eight blocks, 104 buildings, over 40,000 offices, and an internal railway. The facility surpasses both Apple Park and Microsoft’s Redmond campus in size. Huawei anticipates it will accommodate 35,000 researchers focusing on semiconductors, wireless networks, smartphones, autonomous vehicles, and energy systems.

      Although the chip laboratory was known to intelligence observers and those in the semiconductor industry, it had never before been showcased by Chinese state media. Ren Zhengfei, who seldom appears in public, personally guided Vice-Premier Ding Xuexiang around the facility. Ding oversees China’s science and technology policies, and the visit served as an endorsement rather than an inspection.

      Since 2019, Huawei has been on the U.S. trade blacklist, prohibited from acquiring advanced chips or the equipment necessary for their manufacture, aiming to diminish the company’s capability to produce competitive semiconductors. Nonetheless, seven years later, projections suggest Huawei’s AI chip revenue could reach $12 billion in 2026, a 60% increase from the previous year. The company plans to target 1.6 million Ascend dies across its product lines this year.

      The Ascend 910C, manufactured by SMIC using a 7-nanometre process without extreme ultraviolet lithography, offers around 60% of the inference performance of Nvidia’s H100. The newer Ascend 920, based on SMIC's 6-nanometre node, delivers 900 teraflops and four terabytes per second of memory bandwidth. The Ascend 950PR began mass production in March 2026, with Huawei holding orders for nearly 800,000 new chips this year, alongside a similar volume of older chips previously planned for shipment.

      DeepSeek launched its V4 models in late April, with Huawei's latest Ascend chips receiving immediate adaptation. DeepSeek took months to adjust its core code to function with Huawei’s CANN framework, moving away from the Nvidia CUDA ecosystem that has supported AI advancements for the past two decades. The laboratory featured on CCTV is not engaged in theoretical research but is developing the silicon that drives China’s most sophisticated AI models.

      Huawei invested 96.9 billion yuan in research and development during the first half of 2025, which is 22.7% of its revenue—a record proportion that led to a 32% decline in net profit. The company has supported over 60 Chinese semiconductor companies through Hubble, an investment platform established in 2019, coinciding with its U.S. blacklisting. Ren Zhengfei has stated he leads a network of over 2,000 Chinese firms striving for 70% semiconductor self-sufficiency across the entire value chain by 2028.

      Huawei’s R&D spending is extraordinarily high, surpassing 20% of its revenue on chip research at a time when it lacks access to the world’s most advanced manufacturing technologies. SMIC’s most advanced process, the 7-nanometre node used for the Ascend 910C, was achieved by adapting older deep ultraviolet lithography equipment in ways for which they weren’t originally designed. This results in lower yield rates and higher costs compared to TSMC’s. While the chips are less powerful than Nvidia’s latest generation, this does not diminish the message conveyed by Beijing’s Friday night broadcast.

      The airing serves as a negotiation strategy disguised as news. While China’s semiconductor sector lags behind the leading edge, the difference in performance between Huawei's top chip and