Trump’s proposed tariffs on semiconductors could roil an array of American industries that rely on chips manufactured outside the U.S. Our exclusive data shows how.
On Tuesday, February 18, President Trump announced he would impose tariffs “in the neighborhood of 25%” on several key product categories, including foreign cars, pharmaceuticals, and semiconductors. Trump also told reporters during the press conference that those rates would be subject to change, and would likely “go very substantially higher over a course of a year.”
Based on what the president told reporters during the briefing, as of now the new tariffs appear slated to go into effect sometime in April. The targeted duties on auto, pharmaceutical, and semiconductor imports are not focused on one or even several nations. Rather, all products in those three categories being imported into the U.S. would trigger the 25% duty.
In the six weeks since Trump took office, on January 20, his administration has announced, threatened, or enacted a string of tariffs on myriad countries and product categories.
The United States imports nearly $140 billion worth of electronic components every year, according to Commerce Department data. Of that total, around $25 billion—or roughly 18% of the total value—of those components are semiconductors. If a 25% tariff were to go into effect targeting semiconductor imports, the duty could collectively cost importers an additional $6.35 billion.
As many outlets have pointed out, these increased costs would almost certainly force all the manufacturers importing chips—including automakers, electronics manufacturers, home appliance companies, and medical technology firms—to increase the price of their products for consumers and other businesses.
Technically speaking, companies could restructure their supply chains to buy chips from domestic semiconductor manufacturers. This would effectively work to stimulate America’s semiconductor ecosystem and alter the global chip landscape—one of the chief political objectives of Trump’s predecessor, Biden, and his CHIPS and Science Act.
But the U.S. still lacks the expertise, facilities, and sophisticated ecosystem necessary for achieving full manufacturing independence. American fabs are currently responsible for around 10% of the total global manufacturing capacity for semiconductors (and an even smaller percentage of advanced chips). The vast majority of these leading-edge semiconductors—including TSMC’s 3 nanometer chips—are made in Taiwan.
While TSMC has just begun manufacturing 4 nm chips at its fabrication facility in Arizona over the past few months, that fab stands as the sole example of the highest-technology wafers being produced in the U.S. The various delays that have bogged down TSMC’s $65 billion investment in a trio of fabs in the state, meanwhile, provide clear evidence of the difficulties of jump-starting advanced chipmaking in America. Because of this, most U.S. firms would almost certainly still need to partner with foreign manufacturers for part or all of the chipmaking process. Given the way tariffs work, even those semiconductors that were made in part in the U.S. could still trigger the 25% levies.
To arrive at the data in this report, we began by isolating all the semiconductors in the Z2Data database for which country of origin (COO) data was available. Then, we filtered the search for all semiconductor components with a COO that was not the United States—parts that would, theoretically, be subject to the 25% tariffs. For comparison, we also looked at all the semiconductors that do have a COO of the U.S.
Next, we broke down all the parts with a COO other than the U.S. by commodity type. Finally, we pulled out the five largest categories, in order to provide a useful assessment of what semiconductor component types would be most impacted by the Trump administration’s proposed tariffs.
A Z2Data analysis based on all the semiconductor parts in our database found that 2.8 million semiconductors could be affected by the 25% tariff. We also looked at the number of semiconductors that would be subject to the tariffs against China, Canada, and Mexico—which have been either implemented or proposed—to provide a wider context and underscore just how sweeping these across-the-board semiconductor duties would be.
There are three main insights to bear in mind when thinking about the potential ramifications of global semiconductor tariffs:
First, the Trump administration’s first six weeks in office have demonstrated that the president is not afraid of using the threat of tariffs as a powerful negotiating tool, a form of leverage to extract an array of concessions from other nations. It can be very difficult to say, in other words, when or whether President Trump is actually planning to implement the trade restrictions for which he issues executive orders, memorandums, and proclamations.
Second, one of the chief end-goals for these tariffs—if they were to be fully implemented—is to pressure preeminent global chipmakers like TSMC and Samsung to start manufacturing more of their semiconductors in the U.S. Over the long term, this strategy could build up America’s semiconductor manufacturing capacity, helping it claw back some of the market share it’s lost over the past several decades.
Finally, it’s important to remember that this kind of overarching strategic objective could take several years or longer to be fully realized. In the near and medium terms, the implementation of across-the-board semiconductor tariffs would increase costs for thousands of U.S. manufacturers. These businesses cannot seamlessly pivot to a domestic alternative to their foreign chip suppliers, because in many cases no such alternatives exist. As a result, the effects of absorbing these tariffs will reverberate to other businesses and consumers throughout the economy in significant ways.
As businesses continue to navigate the onslaught of tariffs floated, threatened, and—in a fair number of cases—actually implemented by the new presidential administration, the risk and volatility around trade compliance is higher than it’s been in years. This type of chronic uncertainty creates greater risk for manufacturers, and businesses that want to understand their vulnerabilities need maximum visibility into their supply chains.
At Z2Data, we help businesses see where their components are coming from with tools like part-to-site mapping, which allows companies to use bills of materials to connect parts to manufacturers and sites all over the world. In addition, Z2Data’s suite of functionalities help organizations pinpoint the country of origin (COO) for their parts and get clear, actionable insights into their country dependencies.
Concerned about potential impacts on your parts? Connect with Z2Data’s experts now for a personalized risk assessment of your products and components.
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