Globally, semiconductors are forecast to become a $1-trillion (roughly Rs. 81 lakh crore) industry by 2030, according to a McKinsey report published last year.
The production of chips is fiendishly complex, and typically spans numerous countries
Photo Credit: Reuters
The United States has moved to block China's access to the most advanced semiconductors and the equipment and talent needed to make them in recent months, citing national security.
China has dismissed those concerns, accusing the United States of "technological terrorism" and unfairly hindering its economic growth. It has sought to counter the US containment measures.
AFP takes a look at the key issues in the so-called "semiconductor wars":
Microchips are the lifeblood of the modern global economy: the tiny slices of silicon are found in all types of electronics -- from LED lightbulbs and washing machines to cars and smartphones.
They are also critical to core services such as healthcare, law and order and utilities.
Globally, semiconductors are forecast to become a $1-trillion (roughly Rs. 81,78,400 crore) industry by 2030, according to a McKinsey report published last year.
Nowhere is their essential nature more visible than in China, the world's second-largest economy, which relies on a steady supply of foreign chips for its huge electronics manufacturing base.
In 2021, China imported semiconductors worth $430 billion (roughly Rs. 35,16,200 crore) -- more than it spent on oil.
Beyond iPhones, Teslas and PlayStations, the most potent chips are crucial to the development of advanced technology such as artificial intelligence, as well as cutting-edge weapons including hypersonic missiles and stealth fighter jets.
Washington imposed a series of export controls last year, saying they were meant to prevent "sensitive technologies with military applications" from being acquired by China's armed forces and its intelligence and security services.
The Dutch government followed suit in March this year, citing national security while imposing controls on foreign sales to prevent military use.
The same month, Japan unveiled similar measures aimed at preventing "the military diversion of technologies".
The Netherlands, a NATO member, and Japan -- a US treaty ally -- did not name China, but their restrictions infuriated Beijing.
The restrictions target the most advanced chips and chip-making tech that can be used for, among other applications, supercomputers, high-end military equipment and AI development.
The production of chips is fiendishly complex, and typically spans numerous countries.
But many stages depend on US inputs, while the other major players are Japanese companies and the Netherlands' ASML -- which dominates the production of lithography machines that print patterns on silicon wafers.
This gives the trio an outsized influence on the global semiconductor industry.
"It will take years for China to develop domestic alternatives that are equally capable to the tools it is losing access to," Chris Miller, author of "Chip War: The Fight for the World's Most Critical Technology", told AFP.
"If it was easy, Chinese firms would already have done it."
Chinese chip companies stockpiled components and machines ahead of US export controls in October last year to soften the blow.
But one major chip firm told AFP that once that inventory runs out, or needs repairs, the controls will start to hurt.
Some Chinese companies that were suddenly left unable to guarantee access to chips saw lucrative foreign contracts evaporate, forcing them to slash jobs and freeze expansion plans.
The US, Dutch and Japanese curbs have directly hit some of China's biggest chip manufacturers, including the Yangtze Memory Technology (YMTC).
One of the biggest ways the sanctions have started to bite is by drying up a talent pool China had relied on.
A recent semi-official survey of Chinese chip companies estimated a need for 800,000 foreign workers by 2024, a gap Washington made harder to plug by restricting "US persons" from working in China's semiconductor industry.
Beijing has reacted with anger and defiance, vowing to accelerate its efforts to become self-reliant on semiconductors.
To transcend US curbs, two semiconductor researchers at the influential Chinese Academy of Sciences offered a blueprint in February that advised Beijing to more effectively funnel investments into high-quality talent and original research.
It signalled a potential strategy rethink, and one of its main beneficiaries appears to be YMTC.
Company records show the US-sanctioned firm has received an injection of $7.1 billion (roughly Rs. 58,100 crore) since the new export controls took effect.
The tens of billions of dollars China has pumped into the development of a domestic industry have yet to bear much fruit.
China had aimed by 2025 to reach 70 percent chip self-sufficiency, but some think tanks estimate it currently meets below 20 percent of demand.
"Money is not the problem," said Qi Wang, co-founder of Hong Kong-based MegaTrust Investment, pointing instead at waste, fraud and talent shortages.
"China has no good options, except to double down on state support for the industry," said John Lee, director of East-West Futures consulting.
Experts say China may well reach its self-sufficiency target but it will take much longer in the face of such curbs.
"I don't think the US will ever be successful at preventing China from having great chips," Microsoft co-founder Bill Gates said on a podcast in March.
"We are going to force them to spend time and a bunch of money to make their own."
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