China's Chip Challenge: The Race to Match US Tech

Ramping up its chip industry is a way for Beijing to beat restrictions imposed by Washington on exports of the most advanced chips -- used to power AI systems -- to China. STR / AFP/File
Ramping up its chip industry is a way for Beijing to beat restrictions imposed by Washington on exports of the most advanced chips -- used to power AI systems -- to China. STR / AFP/File
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China's Chip Challenge: The Race to Match US Tech

Ramping up its chip industry is a way for Beijing to beat restrictions imposed by Washington on exports of the most advanced chips -- used to power AI systems -- to China. STR / AFP/File
Ramping up its chip industry is a way for Beijing to beat restrictions imposed by Washington on exports of the most advanced chips -- used to power AI systems -- to China. STR / AFP/File

China's push to develop top-end artificial intelligence microchips is gaining momentum, but analysts say it will struggle to match the technical might of US powerhouse Nvidia within the current decade.

Ramping up its chip industry is a way for Beijing to beat restrictions imposed by Washington on exports of the most advanced chips -- used to power AI systems -- to China.

The United States cites national security concerns, such as the risk of giving China a military advantage, for the block, a geopolitical bind that shows no sign of easing.

"China wants chips that policy cannot take away," said Stephen Wu, a former AI software engineer and founder of the Carthage Capital investment fund.

However, "full end-to-end parity with Nvidia's best chips, memory packaging, networking and software is not guaranteed" by 2030 or even beyond, Wu told AFP.

Announcements of computing upgrades by Chinese companies and reports of plans to dramatically increase output of advanced semiconductors have driven up chip-related shares in the country.

But to catch up with Nvidia, China needs to make fast progress on high-bandwidth memory and packaging -- "the hardest and most complex parts of the chip", Wu said.

Other challenges include building the right software to harness the chips' power, and upgrading manufacturing tools.

"These chips are extremely advanced and tiny, so imagine carving a stone sculpture with a hammer instead of a chisel," Wu said.

'Only way' to succeed

"The industry consensus is China at least needs five to ten years to catch up," said George Chen of The Asia Group, a view reflected by Dilin Wu, research strategist at Pepperstone.

"The future is bright, but not yet," she told AFP.

"It's maybe a 2030 story", as "significant gaps remain in terms of performance, and also in terms of energy efficiency and ecosystem maturity".

Public demand for AI services is booming in China, and while government support for new chips is "substantial", the investment required is "immense", she added.

Shares in Alibaba, the e-commerce titan ploughing billions of dollars into AI tech, have more than doubled since January.

And Chinese chip industry leader Huawei will reportedly double output of its top Ascend 910C chip in the next year.

The hype has also sharply driven up stocks in the smaller chipmaker Cambricon, sometimes dubbed "China's Nvidia".

"I think this rally can be sustained", partly because it is driven by Chinese government policy, Pepperstone's Wu said.

Even Xiaomi, whose 2014 venture into chip design was a self-confessed flop, is turning back to semiconductors.

"Chips are the only way for Xiaomi to succeed," the company's CEO Lei Jun said in Beijing last month, referring to the production of high-end smartphone chips.

'Best in China'

China, the world's biggest consumer of semiconductors, is a huge market for California-based Nvidia.

Nvidia chips are still "the best... to train large language models", the systems behind generative AI, said Chen Cheng, general manager for AI translation software at tech firm iFLYTEK.

Faced with US restrictions, "we overcame that difficulty" by shifting to Chinese-made tech, she said in a group interview.

"Now our model is trained on Huawei chips" -- currently the best in China, Cheng said.

Meanwhile Nvidia, the world's largest company by market capitalization, is under pressure from both sides.

The Financial Times reported last month that Beijing had barred major Chinese firms from buying a state-of-the-art Nvidia processor made especially for the country.

And the company must now pay the US government 15 percent of revenue from certain AI chip sales in China.

Nvidia boss Jensen Huang has warned that restrictions on exporting his most cutting-edge semiconductors to China will only fuel the country's rise.

"They're nanoseconds behind us," the leather jacket-clad Huang said on a tech business podcast.

"So we've got to go compete."



DeepSeek Researcher Pessimistic over AI's Impact in Startup's First Public Appearance since Success

The Deepseek logo is seen in this illustration taken on January 29, 2025. REUTERS/Dado Ruvic/Illustration/File Photo
The Deepseek logo is seen in this illustration taken on January 29, 2025. REUTERS/Dado Ruvic/Illustration/File Photo
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DeepSeek Researcher Pessimistic over AI's Impact in Startup's First Public Appearance since Success

The Deepseek logo is seen in this illustration taken on January 29, 2025. REUTERS/Dado Ruvic/Illustration/File Photo
The Deepseek logo is seen in this illustration taken on January 29, 2025. REUTERS/Dado Ruvic/Illustration/File Photo

Chinese artificial intelligence (AI) developer DeepSeek made its first public appearance in almost a year after it became a global sensation, fielding a senior researcher who told a government-organized internet conference that he was pessimistic about AI's future impact on humanity.

Chen Deli took the stage alongside the chief executives of five other companies including Unitree and BrainCo at the World Internet Conference in the city of Wuzhen, in the eastern province of Zhejiang. The six companies together are known in China as "six little dragons" for AI, Reuters said.

Asked about DeepSeek's global success and how its open-source approach would encourage the progress of AI, Chen said he believed that AI could be a great aid to humans as it improved over the short term, but that it could threaten job losses in 5-10 years as it becomes good enough to take over some of the work humans perform. AI firms needed to be aware of these risks, he said.

"In the next 10-20 years, AI could take over the rest of work (humans perform) and society could face a massive challenge, so at the time tech companies need to take the role of 'defender'," he said.

"I'm extremely positive about the technology but I view the impact it could have on society negatively."

Since it made global headlines in January after releasing a low-cost AI model that outperformed leading US models, DeepSeek representatives have only made one public appearance when its founder and CEO Liang Wenfeng met Chinese President Xi Jinping at a televised meeting with local entrepreneurs in February.

Neither Liang or the company have commented publicly on their success and they have skipped major Chinese technology conferences in the country in the months since.

Since the company's stunning breakout, the Chinese government has positioned DeepSeek as a symbol of the country's technological capabilities and resilience against US sanctions, as the technology rivalry between the two nations intensifies.

While DeepSeek has not released a major model upgrade since January, the company's subsequent announcements have continued to draw significant attention.

In September, it unveiled an upgrade to its V3 model, which it described as its latest "experimental" version that is more efficient to train and better at processing long sequences of text than previous iterations.

The company has also emerged as a key player in China's efforts to build its own AI ecosystem and advance the domestic chip sector.

Chinese AI chip companies including Cambricon and Huawei have developed hardware compatible with DeepSeek's models.

In August, DeepSeek's announcement of an upgraded model optimized for Chinese-made chips prompted a surge in domestic chip stock prices.


Musk Plans Tesla Mega AI Chip Fab, Mulls Potential Intel Partnership 

Tesla CEO Elon Musk speaks at the 27th annual Milken Institute Global Conference at the Beverly Hilton in Los Angeles on May 6, 2024. (AFP)
Tesla CEO Elon Musk speaks at the 27th annual Milken Institute Global Conference at the Beverly Hilton in Los Angeles on May 6, 2024. (AFP)
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Musk Plans Tesla Mega AI Chip Fab, Mulls Potential Intel Partnership 

Tesla CEO Elon Musk speaks at the 27th annual Milken Institute Global Conference at the Beverly Hilton in Los Angeles on May 6, 2024. (AFP)
Tesla CEO Elon Musk speaks at the 27th annual Milken Institute Global Conference at the Beverly Hilton in Los Angeles on May 6, 2024. (AFP)

CEO Elon Musk on Thursday said Tesla probably will have to build "a gigantic chip fab" to make artificial intelligence chips and publicly mused the EV maker could work with Intel.

Tesla is designing its fifth-generation AI chip to power its autonomous ambitions, and Musk at the company's annual meeting laid out potential manufacturing plans.

"You know, maybe we'll, we'll do something with Intel," Musk said to a cheering crowd of Tesla shareholders. "We haven't signed any deal, but it's probably worth having discussions with Intel."

Struggling US chipmaker Intel has its own chipmaking factories, but has lagged far behind Nvidia in the AI chip race. The US government recently took a 10% stake in Intel, which needs to find an external customer for its newest manufacturing technology. Intel shares popped 4% in after-hours trading on Musk's remarks.

Intel declined to comment.

Musk scored an important victory on Thursday as shareholders approved a $1 trillion pay package over the next decade, endorsing his vision of morphing the EV maker into an AI and robotics juggernaut.

Musk has teased the AI5 chip before and reiterated that Tesla was also partnering with Taiwan's TSMC and South Korea's Samsung. The AI chips power Tesla's autonomous driving systems, including the Full Self-Driving software. Tesla is currently on its fourth-generation chip.

A small number of AI5 units would be produced in 2026, with high volume production only possible in 2027, Musk said in an X post on Tuesday, adding that AI6 will use the same fabs but achieve roughly twice the performance with volume production mid-2028.

"Even when we extrapolate the best-case scenario for chip production from our suppliers, it's still not enough," he said on Thursday.

"So I think we may have to do a Tesla terafab. It's like giga but way bigger. I can't see any other way to get to the volume of chips that we're looking for. So I think we're probably going to have to build a gigantic chip fab. It's got to be done," he said.

Musk, who often talks about his vision for the company in abstract terms, did not offer details of how such a fab would be built, but he said that it would make at least 100,000 wafer starts per month. A wafer start is the measurement of the output of a semiconductor wafer plant.

He did say the chip would be inexpensive, power-efficient and optimized for Tesla's own software. This chip would probably consume about a third of the power used by Nvidia's flagship Blackwell chip, at 10% of the cost to make, Musk said.

"I'm super hardcore on chips right now as you may be able to tell," he said. "I have chips on the brain."


Royal Commission for AlUla Participates in AO4ELT Conference in Chile

The participation reflects RCU's ongoing commitment to enhancing international scientific cooperation in line with the objectives of Saudi Vision 2030 - SPA
The participation reflects RCU's ongoing commitment to enhancing international scientific cooperation in line with the objectives of Saudi Vision 2030 - SPA
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Royal Commission for AlUla Participates in AO4ELT Conference in Chile

The participation reflects RCU's ongoing commitment to enhancing international scientific cooperation in line with the objectives of Saudi Vision 2030 - SPA
The participation reflects RCU's ongoing commitment to enhancing international scientific cooperation in line with the objectives of Saudi Vision 2030 - SPA

The Royal Commission for AlUla (RCU), through AlUla Manara, participated in the 8th edition of the Adaptive Optics for Extremely Large Telescopes (AO4ELT8) conference, held in Chile from October 27 to 31, 2025, with the participation of leading scientists, engineers, and research institutions from around the world to discuss the latest developments in astronomy, telescope design, and optical innovation.

This participation marked AlUla Manara's first international scientific appearance, offering an opportunity to strengthen AlUla's presence within the global astronomical community and to establish channels of communication and knowledge exchange with experts and specialized research centers, SPA reported.

The participation reflects RCU's ongoing commitment to enhancing international scientific cooperation and supporting the development of science, education, and sustainable tourism, in line with the objectives of Saudi Vision 2030.

The AO4ELT conference is considered one of the world's leading scientific gatherings in the field of astronomical optics, bringing together top scientists and specialists from observatories and research centers worldwide to discuss the latest technologies and innovations in telescope development.

Through such international engagements, the Royal Commission for AlUla continues to cement AlUla's position as a global center that unites heritage, innovation, and sustainability, inspiring future generations in the pursuit of science and discovery, and reinforcing AlUla's growing role as an international destination for astronomy and natural sciences, a place where knowledge, culture, and exploration converge.