Semiconductors and Tariffs: Impacts on Chip Makers and Suppliers
The imposition of semiconductor tariffs in early April has shifted attention to the challenges industries like the automotive, pharmaceutical, and semiconductor sectors face. Particularly for semiconductor companies, the intricate global sourcing of components for chip production makes them more susceptible to the impacts of tariffs.
This article examines how chip manufacturers and suppliers can navigate these challenges and potentially leverage these tariffs to strengthen their business operations over time.
The Role of Semiconductors in the Digital Economy
Automobiles and pharmaceuticals have long been essential, and as we continue to travel through the digital technology revolution, semiconductors have joined this esteemed group. Powerful chips drive the global digital economy, which is on track to reach more than $16 trillion and account for nearly one-fifth (17%) of global GDP by 2028. This growth is rooted in the expansion of e-commerce, increased technology spending generally, and information and communication technology (ICT) exports. The U.S. leads the world in technology spending, while China dominates the e-commerce space.
Increasing Production Costs Due to Tariffs
The U.S. has imposed tariffs ranging from 25% to over 100% on semiconductor components, raw materials, and manufacturing equipment – particularly emanating from China, Taiwan, South Korea, and Japan. This will drive up the costs of importing essential inputs such as silicon wafers, photolithography machines, and rare earth materials. For example, a 25% tariff on Taiwanese chips could raise logic chip prices by up to 59%, directly affecting companies’ profit margins and pricing strategies.
While the impact will be unique to every business, industry estimates suggest that big players such as Applied Materials, Lam Research, and KLA may each incur losses of approximately $350 million annually due the price hikes. Smaller firms, too, will pay the price as the tariffs drive up costs for essential chip-making equipment and hinder many from initiating domestic manufacturing efforts.
Supply Chain Vulnerabilities and Adjustments
Advanced chip production truly takes a global village. From the raw wafer phase to packaged chips, the process itself often touches five or more countries around the world, and the U.S. is highly dependent on imports and overseas expertise. Along with cutting-edge fabrication facilities, chip production leans on a sophisticated ecosystem of chemical suppliers, specialty materials, photolithography systems, and precision tools. The concern is that the deep interconnectedness within the chip industry – the design, fabrication, assembly, and testing often takes place in different locales – makes the industry more vulnerable to costly bottlenecks and delays.
In this sense, the new tariffs are serving as a catalyst for chip companies around the world to be more proactive in restructuring their global supply chains, and they are taking the initiative to find more local sourcing and new suppliers. More and more companies (61%) report moving away from their usual wait-and-see approaches and taking the bull by the horns to seek out new materials and supplier relationships.
Domestic Manufacturing and Tariff Challenges
The tariffs aim to encourage reshoring to build up domestic production and decrease dependence. But they also neutralize the benefits of doing so by driving up the cost of building domestic fabs, which are rising by 20%-32% due to higher prices on imported materials and equipment. In fact, these higher costs are already undermining progress and ongoing efforts being made through the CHIPs and Science Act. Several of the largest chip companies in the world – including Taiwan Semiconductor (TSMC) and Samsung – are building fabs in the southwest U.S. and have put plans on hold due to the ongoing tariff and policy uncertainty. (see accompanying callout on TSMC)
Moreover, while some semiconductors are exempt from tariffs, many related products, including GPUs and servers, are not. This selective exemption threatens to impede the U.S.’s goals of revitalizing domestic semiconductor manufacturing and advancing AI infrastructure.
The Tale of TSMC: Progress, then Uncertainty
Many firms had begun to invest in facilities in the U.S. to boost domestic production, including Taiwan Semiconductor Manufacturing Company (TSMC), Samsung, and Intel.
TSMC is a chip behemoth. The company produces approximately 60% of the world’s chips and over 90% of the most advanced silicon, and has a customer roster that includes Apple, Nvidia, AMD, and virtually every major AI company.
In 2025, TSMC announced a $100 billion investment to expand its U.S. footprint, with the centerpiece an advanced chip fab in Arizona focused on leading-edge 3nm and 2nm production capacity. While the goal was to help make the U.S. a resilient, important hub in the chip ecosystem, TSMC was careful to stress that its investment was not a cure-all for solving the U.S.’ production issues. To the point of global interconnectedness, even TSMC’s Arizona fabs rely on equipment and engineering talent from Japan, the Netherlands, and Taiwan.
While the initiatives are still in motion, increased prices due to the tariffs have caused slowdowns and delays, both in TSMC’s advanced chip fab and another plant it plans to open by 2028 focused exclusively on AI.
Sources:
TSMC’s growth tests Arizona’s workforce pipeline – Axios Phoenix
TSMC Intends to Expand Its Investment in the United States to US$165 Billion to Power the Future of AI
Strategies for Overcoming Tariff Challenges
So how can chip makers and suppliers not only navigate these tricky waters, but potentially mitigate the effects in ways that can ultimately make them stronger when the storm passes? Let us count the ways.
Managing Rising Production Costs
- Total Cost of Ownership Analysis.
An effective approach involves performing a total cost of ownership analysis, which provides a holistic view into all sourcing costs inclusive of tariffs, logistics, lead times, and risk exposures. This helps companies better understand the true impact on the business before any major decisions are made. - Lean Operations.
In times like these, companies need to ensure that every step in their process is running as optimally as possible. Wasted time, which is always difficult to identify, is wasted money. This is never a good thing, but it packs a particularly hard punch to the gut in volatile conditions. Lean principles have been proven time and again to be effective in reducing waste, improving throughput, and lowering per-unit costs. Through strategies including plant layout design, standard work implementation, and asset utilization improvements, lean can help companies realize 10%-30% in savings, certainly a welcome sight now. - Proactive Supplier Management.
This is also an opportune time to take a good look at your suppliers and offboard any that are now cost-prohibitive to use, i.e., suppliers in China. Managed well, these types of significant exits can be executed with minimal disruption and may reduce costs by 15%-40%.
Addressing Supply Chain Disruptions
- Risk Mitigation.
The goal is to utilize every tool and solution at your disposal to see the vulnerabilities and soft spots in supply chains before they surface and cause real damage. This includes scenario modeling, risk-based supplier assessments, and contingency plans to maintain stability. Developing a risk matrix that helps frame priorities and make decisions has proven to be a valuable tool for many of the firms with whom we have worked. - Local Sourcing.
Nearshoring efforts mean more local suppliers, which requires a heavy dose of vetting and onboarding work as companies integrate these new suppliers into their systems. This is another area where firms can work with companies like TBM to accomplish this work successfully while also reducing lead time and improving supply chain resilience by up to 40%. - Enhanced Inventory & Demand Planning.
Semiconductor manufacturers and suppliers also have different levers they can pull to improve inventory control and demand forecasting, and in turn help buffer themselves from costly delays and shortages. For example, improving working capital through better inventory management practices, and eliminating bias from traditional demand planning processes can yield impressive results, and can reduce excess inventory significantly, from 18%-72%.
Exploring Domestic Manufacturing
- Reshoring Decisions.
Deciding when reshoring makes sense is a challenging task for most manufacturers, and a decision not to be made impulsively or lightly. In times like this reshoring can deliver amazing benefits, but that comes with a big if – if the stars are aligned around factors such as customer proximity, supply chain control, and government incentives. - Factory Optimization.
Companies may also have the opportunity, often unbeknownst to them, to optimize their factory layout and capacity planning through better layout design, automation planning, and workforce alignment, all of which can reduce manufacturing footprints by 30% and increase productivity by 15%-30%. - Technology Integration.
The integration of new technologies is another valuable tool in increasing capacity, specifically smart manufacturing technologies such as IoT, AI, and predictive maintenance. Implementing any of these tools can help chip companies offset higher domestic labor costs and improve ROI on capital investments.
Challenges Present Opportunities
As global tariffs reshape the semiconductor landscape, chip makers and suppliers face a complex web of challenges—from soaring input costs and fragmented supply chains to reshoring dilemmas and market volatility. Yet within this disruption lies an opportunity. By embracing strategies like total cost of ownership analysis, lean operations, proactive supplier management, and smart technologies, companies can not only weather the storm but strengthen their position for the long term. Those that act decisively—restructuring supply chains, enhancing planning, and investing wisely in domestic capabilities—will be better equipped to lead in a digital economy increasingly dependent on advanced semiconductors.
