Tariffs fallout: The US will struggle to take on Asia over chips


The US has “dropped the game” on chip production over the years, allowing China and various Eastern hubs to heat away. Gina Raimondo, the US Commerce Secretary at the time, said this in a 2021 meeting with me.
Four years later, chips are still a hot topic in the US-China race for tech dominance, and US President Donald Trump wants to reinvigorate a very complicated and sensitive manufacturing process that has taken another regions decades to great.
He says his tax plan will conquer the US business and bring work home, but it is also the event that some of the biggest companies have long struggled with a lack of skilled workers and poor-quality make in their American factories.
What did Trump change, then? And is it even possible for the US to make them on a level, given that Taiwan and different parts of Asia are the masters of producing high-precision cards?
Making computers: the secret soup
Electronics are essential to the power of everything from military planes to electric vehicles to washing machines to smartphones. These small silicon wafers, or cards, were originally created in the United States, but Asia is where the most sophisticated chips are being produced on a massive scale.
Making them is expensive and functionally difficult. For instance, an iPhone may have bits made in the US, made in Taiwan, Japan, or South Korea, and used as natural materials, such as rare rocks, which are primarily mined in China. Second, they might be sent to Vietnam for packing, next to China for legislature and screening, before being shipped to the US for shipment.

It is a profoundly integrated ecosystem that has evolved over the years.
Trump has praised and threatened to impose levies on the chip industry. He has told industry leader, Taiwan Semiconductor Manufacturing Company ( TSMC), it would have to pay a tax of 100 % if it did not build factories in the US.
They need to be able to prepare for higher fees and expense calling in the long term, properly beyond Trump’s presidency, given such a complex habitat and fierce competitors. The regular revisions to plans aren’t helping. So much, some have shown a commitment to invest in the US.
The substantial subsidies that China, Taiwan, Japan, and South Korea have given to private businesses producing chips are a major factor in their success.
The US Chips and Science Act, passed into law in 2022 under President Joe Biden’s plan to re-orient the production of cards and extend supply chains, by distributing offers, tax credits, and incentives to encourage local production, was mostly driven by this idea.

Some companies like the world’s largest chipmaker TSMC and the world’s largest smartphone maker Samsung have become major beneficiaries of the legislation, with TSMC receiving$ 6.6 billion in grants and loans for plants in Arizona, and Samsung receiving an estimated$ 6 billion for a facility in Taylor, Texas.
Trump and TSMC made a further$ 100 billion investment in the US, in addition to the$ 65 billion pledged for three plants. TSMC also benefits from diversifying chip production, with China repeatedly threatening to overthrow its island.
But both TSMC and Samsung have faced challenges with their investments, including surging costs, difficulty recruiting skilled labour, construction delays and resistance from local unions.
This is not just a factory where boxes are made, according to Marc Einstein, research director at Counterpoint, a market intelligence firm. ” The factories that make chips are such high-tech sterile environments that they take years to build.”
And despite the US investment, TSMC has said that most of its manufacturing will remain in Taiwan, especially its most advanced computer chips.
Did China attempt to rob Taiwan of its talent?
High-quality chips are produced today at TSMC’s plants in Arizona. But Chris Miller, author of Chip War: The Fight for the World’s Most Critical Technology, argues that” they’re a generation behind the cutting edge in Taiwan”.
According to him,” the scale question depends on how much investment is made in the US versus Taiwan.” Taiwan currently has much more capacity.
The reality is, it took decades for Taiwan to build up that capacity, and despite the threat of China spending billions to steal Taiwan’s prowess in the industry, it continues to thrive.

The “foundry model,” in which chip makers took US designs and produced chips for other companies, was pioneered by TSMC.
With the best engineers, highly qualified labor, and knowledge sharing, TSMC was able to compete with US and Japanese giants while riding on the wave of Silicon Valley start-ups like Apple, Qualcomm, and Intel.
” Could the US make chips and create jobs”? asks Mr. Einstein. ” Yes, but will they reduce the size of the chips by a nanometer?” Probably not”.
Trump’s immigration policy, for example, may have a role in limiting the arrival of skilled workers from China and India.
According to Mr. Einstein,” Even Elon Musk has had an immigration problem with Tesla engineers,” referring to Musk’s support for the US’s H-1B visa program, which brings skilled workers to the US.
” That’s a bottleneck and there’s nothing they can do, unless they change their stance on immigration entirely. You can’t just magicalize PhDs out of thin air.
The global knock-on effect
Even so, Trump has doubled down on tariffs, ordering a national security trade investigation into the semiconductor sector.
According to Mr. Einstein, “it’s a big wrench in the machine.” For instance,” Japan’s business plan did not include tariffs in its plan of action,” citing the fact that it relied on semiconductors to revitalize its economy.
The longer-term impact on the industry, according to Mr Miller, is likely to be a renewed focus on domestic manufacturing in many of the world’s key economies: China, Europe, the US.
Some businesses might be looking for new markets. In response to export controls and tariffs, Chinese technology giant Huawei, for example, expanded into Europe and emerging markets, including Thailand, the UAE, Saudi Arabia, Malaysia, and many African nations, even though the margins in developing nations are small.
” China ultimately will want to win – it has to innovate and invest in R&, D. Look at what it did with Deepseek”, says Mr Einstein, referring to the China-built AI chatbot.
Everyone will go to them if they make better chips, they say. They can do this right away for cost-effectiveness, and looking forward, they can do it because of the ultra-high-tech fabrication.

In the meantime, new manufacturing hubs may emerge. According to experts who claim there is a greater chance of India joining the chip supply chain because it is geographically closer, labor is cheap, and education is good, India has a lot of promise.
India has indicated its willingness to work with chips, but it also faces challenges related to land acquisition and water, since chip production requires a lot of water of the highest caliber.
Bargaining chips
Chip manufacturers are not entirely free from tariffs. Due to his reliance on and increasing demand for chips from major US companies like Microsoft, Apple, and Cisco, Trump may have to retaliate.
Some insiders believe intense lobbying by Apple CEO Tim Cook secured the exemptions to smartphone, laptop and electronic tariffs, and Trump reportedly lifted a ban on the chips Nvidia can sell to China as a result of lobbying.
Trump responded to a question about Apple products in particular on Monday in the Oval Office, saying,” I’m a very flexible person,” adding that” there may be things coming up, I speak to Tim Cook, I helped Tim Cook recently.

Einstein believes that Trump’s ultimate goal is to make a deal, because he and his administration are aware that they can’t just build bigger buildings when it comes to chips.
” I think what the Trump administration is trying to do is what it has done with TikTok’s owner Bytedance. He claims that unless you give Oracle or another US company a stake, I won’t let you run in the US any longer.
” I believe they’re trying to fandangle something similar here- TSMC isn’t going anywhere, let’s just force them to make a deal with Intel and take a piece of the pie,” he said.
But the blueprint of the Asia semiconductor ecosystem has a valuable lesson: no one country can operate a chip industry on its own, and if you want to make advanced semiconductors, efficiently and at scale – it will take time.
Trump is attempting to establish a chip industry through isolation and protectionism, but the key to its development in Asia was collaboration, which is the opposite.
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