An Unprecedented Tariff Landscape

January 2026 marked a major turning point. The United States introduced a 25% tariff on a targeted category of advanced semiconductors, invoking national security grounds under Section 232 of the Trade Expansion Act. Effective from 15 January, the measure primarily targets processors designed for artificial intelligence and high-performance computing. Exemptions were built in for civil research, local infrastructure projects, and start-ups, reflecting a logic of protecting domestic American innovation rather than applying blanket taxation.

But the movement does not stop there. Tariffs of up to 145% on Chinese semiconductors, combined with Beijing’s retaliatory tariffs of up to 125% on American technologies and raw materials, have sent global production costs soaring. According to the most pessimistic projections, if these policies persist, the global semiconductor market could contract by as much as 34% by 2026-2027. Meanwhile, tariffs on steel, aluminium, and copper under Section 232, as well as Section 301 duties on Chinese goods, continue to apply regardless of recent diplomatic developments.

For industrial buyers, the consequences are concrete and immediate. Cost structures have changed dramatically compared to two years ago. Microcontrollers for PLCs, sensors for monitoring systems, processors for Edge gateways, and power components for power supplies — wherever China is identified as the country of origin — have all become significantly more expensive.

Reshaping Alliances: The Rise of “Pax Silica”

In response to this instability, the United States has sought to structure a bloc of trusted suppliers. This is the purpose of the initiative known as “Pax Silica”, launched to secure semiconductor and AI supply chains from raw material extraction through to data centre infrastructure. In January 2026, Qatar and the United Arab Emirates joined the coalition, alongside Japan, South Korea, Singapore, Australia, the United Kingdom, the Netherlands, and Israel. India is expected to be invited to join as a full member in the coming months.

The European Union finds itself in a delicate position with regard to this arrangement. The European Commission is currently exploring the terms of its participation in Pax Silica. However, several member states, France foremost among them, have expressed reservations: concerns about governance too heavily centred around American interests, and fears of unilateral technological over-dominance. This debate illustrates the deep tension Europe faces — it must simultaneously preserve its strategic autonomy while avoiding isolation in a world where technology blocs are increasingly closing ranks.

Europe’s Response: Between the Chips Act and Reclaimed Sovereignty

Europe has not stood still. The European Chips Act, which came into force in September 2023 with a budget of €44 billion, set the objective of bringing the EU’s share of global semiconductor production back to 20% by 2030. Results have been mixed: the strategy has partially delivered but is unlikely to meet its initial targets. The European Semiconductor Industry Association (ESIA) is now calling for a Chips Act 2.0 to correct the shortcomings of the original plan, with stricter supply chain criteria and the explicit exclusion of suppliers deemed high-risk.

In February 2026, the EU invested €700 million in NanoIC, the largest pilot line under the European Chips Act. In parallel, Chips Act 2, expected to be published later in 2026, should introduce stronger provisions on component traceability and alignment with the AI Act for high-risk AI chips. The NIS2 cybersecurity directive adds a further layer of obligations for semiconductor manufacturers, in a context where digital resilience has itself become a matter of national security.

Industry Players Adapt

Faced with this reshaping of the landscape, major industrial players have begun making structural decisions. ABB and Siemens are evaluating the nearshoring of power electronics assembly to Mexico and Eastern Europe, both of which are more favourable jurisdictions under the USMCA framework. Texas Instruments and Infineon have announced capacity expansions in the United States and allied countries, although meaningful industrial volumes are still several years away. EMS providers — notably Flex and Celestica — have relocated portions of PCB and power module assembly from China to Vietnam and other South-East Asian countries.

On the chip manufacturing side, TSMC, Samsung, and their peers — acutely aware of the risks of their dependence on the American market — have acknowledged the need to invest on US soil in order to preserve their access to that strategic market. Capital expenditure on 300mm fab equipment is projected to reach $136 billion in 2026 and $140 billion in 2027. China is leading the charge with over $100 billion invested, followed by South Korea ($81 billion) and Taiwan ($75 billion).

What This Means for Component Buyers and Distributors

For electronic component procurement professionals, the geopoliticisation of the supply chain demands a thorough review of purchasing strategies. Lean approaches built around single sourcing and short-term stock optimisation showed their limits during the shortages of 2021-2022. The lesson has been learned: resilience is now worth as much as efficiency.

In practice, this translates into the geographical diversification of supply sources, the qualification of alternative suppliers capable of absorbing a supply disruption, the design of modular products that allow component substitution without starting from scratch, and the use of digital twins and data analytics to anticipate supply tensions before they escalate into shortages.

At Artronik Components, we monitor these developments in real time in order to adapt our stock levels, supplier partnerships, and procurement recommendations accordingly. The ability to anticipate geopolitical and tariff pressures has become, alongside quality and lead times, a key criterion of the value delivered by a specialist distributor.

Conclusion

Tariffs and the geopolitics of semiconductors are no longer subjects reserved for diplomats and economists. They have become part of the daily reality for engineers, buyers, supply chain managers, and project leaders. In a market where chip demand is expected to grow by 29% by the end of 2026, driven by AI, electric vehicles, and connected industry, the question is no longer whether geopolitics will affect your supply chains — it already does — but whether you are ready to respond.

Sources

Atradius, Electronics and ICT Sector Trends, January 2026. https://atradius.fr/actualites-et-presse/reports/tendances-du-secteur-electronique-et-tic-janvier-2026

IT Social, The United States Imposes 25% Tariffs on Certain Advanced Semiconductors, January 2026. https://itsocial.fr

StartUs Insights, Top 10 Electronics Manufacturing Trends 2026, March 2026. https://www.startus-insights.com/innovators-guide/emerging-electronics-manufacturing-trends/

StartUs Insights, Top 10 Semiconductor Trends in 2026, February 2026. https://www.startus-insights.com/innovators-guide/semiconductors-trends-innovation/

Procurement Pro, Tariffs and industrial semiconductors in 2026, April 2026. https://procurementpro.com/tariffs-and-industrial-semiconductors-in-2026/

BISI, US-Led Tech Supply Chain Alignment “Pax Silica”, January 2026. https://bisi.org.uk/reports/us-led-tech-supply-chain-alignment-pax-silica

Agence Europe, France Requests More Time on Pax Silica, March 2026. https://agenceurope.eu

Investing.com / Bloomberg, EU Considers Joining US-Led Technology Alliance, May 2026. https://fr.investing.com

European Commission, European Chips Act, updated 2026. https://digital-strategy.ec.europa.eu/fr/policies/european-chips-act

Tech Insider, Chips Act 2 Europe 2026: Report, Issues and Analysis, March 2026. https://tech-insider.org/fr/chips-act-2-europe-semi-conducteurs-souverainete-2026/

Institut Montaigne, Semiconductors and European Preference: Lessons from the Sino-American Rivalry, March 2026. https://www.institutmontaigne.org/expressions/semiconducteurs-la-preference-europeenne-face-la-chine-et-aux-etats-unis

Design News, Navigating Tariffs in 2026: Key Insights for Engineers, March 2026. https://www.designnews.com/electronics/navigating-tariffs-in-2026-key-insights-for-engineers-product-managers-in-the-electronics-industry

Symmetry Electronics, Navigating the Electronics Industry in 2026 and Beyond, February 2026. https://www.symmetryelectronics.com/blog/navigating-the-electronics-industry-in-2026-and-beyond/

IDC, Semiconductor Market Forecast 2026: The AI Supercycle Arrives, April 2026. https://www.idc.com/resource-center/blog/semiconductor-market-to-surge-past-the-trillion-dollar-threshold-ai-infrastructure-drives-market-growth/

Because while the widespread general shortage is behind us, the risk in 2025 and 2026 is no longer a global scarcity. It is component-level risk. And that targeted risk can be just as devastating for a production line.

A Perfect Storm Across Multiple Segments

Memory: Unprecedented Price Increases

The memory market is currently generating the most alarm signals. Since Q4 2025, the major memory suppliers — Samsung, SK Hynix and Micron — have shifted to allocation-only contract models, prioritising large hyperscale and AI players. Lead times for DDR4 and DDR5 now exceed 30 to 40 weeks, while HBM demand absorbs a growing share of production capacity.

The result: severe shortages in memory components are projected with price increases of up to 50% by mid-2026. For industrial manufacturers and integrators who have not anticipated this, the bill will be steep.

Discrete and Analog Components: Nexperia Creates a Domino Effect

The Nexperia crisis continues to ripple through the discrete components market. Although Nexperia China has begun producing its own chips and Nexperia Netherlands continues its expansion in Malaysia, lead times remain elevated across MOSFETs, bipolar components and protection devices.

This case perfectly illustrates the fragility of supply chains relying on a single supplier: the Nexperia situation demonstrated how quickly a single-supplier dependency can cascade across an entire sector.

NXP: Lead Times Exceeding 52 Weeks

The S32K automotive MCU family, particularly the S32K1 series, remains under pressure with lead times exceeding 52 weeks in some regions due to sustained demand. The NXP shortage is expected to persist in certain application segments through 2026, with geopolitical risks, long product lifecycles and regulatory constraints continuing to intersect.

Tariffs: A New Structural Factor

Beyond supply tensions, geopolitics is reshaping the landscape. Industrial buyers entered 2026 with very different semiconductor cost structures compared to two years earlier, primarily due to significant increases in US tariffs on Chinese components. New non-tariff measures around emerging technologies and raw materials — including export restrictions on advanced semiconductors and critical minerals — are adding further pressure to existing trade tensions.

China controls approximately 79% of global tungsten mine production, a material essential to chip manufacturing. Chinese tungsten exports fell by approximately 40% in 2025, with no practical alternative available at scale.

Why Validating a Secondary Source Is No Longer Optional

Faced with this context, the traditional purchasing strategy — one component, one supplier, one lead time — has become a risky bet. Companies that perform best in volatile supply environments share several characteristics: their engineering teams design with flexibility in mind, their supply chain managers maintain strong distributor relationships, and their manufacturing partners engage early in product development.

Validating a secondary source — that is, qualifying an equivalent component from an alternative manufacturer — offers several concrete advantages:

Production continuity. In the event of a shortage with your primary supplier, a qualified alternative source allows you to keep the line running without stoppages or emergency surcharges.

Negotiating leverage. Having a credible alternative gives you real bargaining power on price and lead times with your usual supplier.

Cost reduction. Asian manufacturers of discrete, analog or power management components often offer direct equivalents (drop-in replacements) to major brands — TI, NXP, Analog Devices — at significantly lower prices, without compromising on quality.

Geopolitical resilience. A tariff change can make a key supplier unviable or force it to cut production, creating a cascade effect well beyond direct suppliers. Diversifying your sources limits this exposure.

Our Role at ARTRONIK COMPONENTS

We work directly as representatives and agents for a carefully selected panel of manufacturers offering equivalents to the major brands on the market. This positioning allows us to act quickly, without the constraints of exclusive agreements, to offer you qualified alternatives at the right time.

The market is not anticipating a widespread general shortage like 2021. But forecasts point to a series of acute, targeted shortages in specific component categories. It is precisely in these situations that having anticipated — and qualified — a secondary source makes all the difference between a production stoppage and business continuity.

Do you have a BOM to analyse, or a component that has been difficult to source? Contact us: we will get back to you within 24 hours.

Sources: Deloitte Semiconductor Industry Outlook 2026 · Sourceability Lead Time Reports Q3/Q4 2025 & Q1 2026 · VSE Electronics Supply Chain Outlook 2026 · Suntsu Electronics · 7setronic · Baker McKenzie · Ivalua · Supply Chain Dive

• Generation-NT – October 20, 2025
• Comptoir du Hardware – October 20, 2025

December 2025 — The Semiconductor Market Approaches $800 Billion Global semiconductor sales reached $78.9 billion in December 2025, representing a 37.1% increase compared to December 2024. The market recorded a second consecutive year of strong growth, with an estimated expansion of around 22.5% for the full year 2025, driven by AI and HBM memory demand. VIPress.netVIPress.net

• VIPress – Semiconductor Market Ends 2025 on a High, February 2026
• VIPress – 2025 Year in Review, January 2026

January 2026 — CES Las Vegas: Nvidia Announces the Era of Physical AI Jensen Huang declared at CES 2026 that “the ChatGPT moment for physical AI is here — when machines begin to understand, reason and act in the real world.” Nvidia unveiled the Vera Rubin NVL72 platform as the post-Blackwell successor, along with the Alpamayo model for autonomous vehicles, with products expected to reach partners in the second half of 2026. AxiosQuartz

• Axios – CES 2026, January 6, 2026
• QZ – Everything Jensen Huang Announced at CES 2026

January 2026 — Strategic US–Taiwan Semiconductor Agreement On January 15, 2026, the U.S. Department of Commerce published the terms of an agreement with Taiwan aimed at restoring American leadership in semiconductor manufacturing. The deal requires Taiwanese companies to invest at least $250 billion on U.S. soil to develop chip production, in exchange for a reduction of tariffs on Taiwanese goods to 15%. NextVIPress.net

• Next.ink – US and Taiwan Join Forces, January 2026
• VIPress – US–Taiwan Trade Agreement, January 2026

February 2026 — Samsung Galaxy S26 Unpacked Samsung unveiled its Galaxy S26 family along with the new Galaxy Buds 4 on February 25, 2026, at a special Unpacked event. This shift away from Samsung’s usual January launch window reflects a strategic change, partly linked to RAM market tensions driven by the explosive demand from AI data centers. CasewearLesMobiles

• Blog Nouvelles Technologies – Galaxy S26 Unpacked, January 2026
• LesMobiles – Galaxy S26 Launch Pushed to March 2026

March 2026 — MWC Barcelona: 20 Years of the Show, 6G in Sight MWC 2026 opened its doors on March 2 in Barcelona, marking the show’s 20th anniversary, bringing together operators, manufacturers, chipmakers, and publishers around network infrastructure, smartphones, chips, and AI applied to telecoms. Qualcomm shared its 6G roadmap at MWC 2026, targeting commercial network launches in 2029, with AI designed to be natively embedded within the network from the ground up. Planet Sans filSamsung

• Planet Sans Fil – MWC 2026 Barcelona
• Sammy Fans – Galaxy S26 Ultra at MWC 2026

A Measure Rooted in National Security

The justification put forward by the Trump administration is unambiguous: according to the presidential proclamation, the United States manufactures only about 10% of the chips it needs domestically, making it heavily dependent on foreign supply chains — a situation described as a “significant economic and national security risk” for the country.

This is not a new observation. For several years, America’s dependence on Asian foundries — particularly Taiwanese ones — has fueled a strategic debate combining industrial sovereignty and technological competitiveness. Major American companies such as Nvidia, AMD, and Intel design their chips in the United States but have them manufactured abroad, primarily by Taiwanese giant TSMC. It is precisely this model that the new measure seeks to challenge.

The decision concludes a nine-month investigation conducted by the Office of the United States Trade Representative (USTR), Jamieson Greer — the same type of mechanism already used to impose tariffs on steel, aluminum, automobiles, and pharmaceuticals.

In Practice, Who Is Affected?

The 25% tariff applies to semiconductors imported into the United States with the intention of re-exporting them to their destination country. President Trump himself summed up the principle: “We allow them to export these chips, but the United States receives 25% of their value.”

Among the components directly targeted are advanced processors for artificial intelligence and high-performance computing — such as Nvidia’s H200 chips.

What Is Exempted

The proclamation does, however, provide significant exemptions. Semiconductors imported to:

• support the development of the American technology supply chain,
• power American data centers,
• serve start-ups, civilian industrial applications, and public sector uses,

…are not subject to these duties. This granularity reflects a desire to protect domestic innovation while concentrating pressure on segments deemed strategic.

A First Step, With More to Come

The measure is explicitly presented as phase 1. Washington has announced that higher duties on chip imports and their derivatives could be imposed “in the near future,” suggesting a broader second phase is in preparation.

This prospect creates significant uncertainty for the entire industry: manufacturers, distributors, equipment makers, and end buyers must now factor in scenarios of potentially wider taxation.

The Impact on Global Supply Chains

For players in the electronics sector, the logistical and commercial implications are immediate.

For Asian manufacturers, the measure increases the cost of transiting through the United States and complicates export routes to third-party markets. Companies like ASML have already indicated they are working with their supply chain and customers to “limit the impact as much as possible.”

For distributors and importers, the need to revise logistics flows is pressing: transit routes that avoid American soil will become more attractive, at the cost of sometimes complex reorganization.

For OEMs and buyers, particularly in the automotive, industrial, or consumer electronics sectors, rising component costs are a reality to be built into budgets and contracts currently under renegotiation.

More structurally, this decision accelerates thinking around the geographic diversification of production sites and the trade-off between cost, supply security, and regulatory compliance — a trend already underway since the shortages of 2021–2022.

Pressure on Industry to Reshore

The administration’s message is clear: manufacture in the United States and avoid the tariffs. Apple notably announced at the start of the week a $100 billion investment in its American production chain — a decision Trump hailed as the model to follow.

For other players, the equation is more complex. Building or relocating semiconductor manufacturing capacity takes years and requires billions of dollars. Tariff policy therefore acts more as a long-term strategic signal than as a short-term fix to current dependencies.

Key Takeaways for Your Procurement Watch

If you work in procurement, supply chain, or technical management at an industrial or electronics company, here are the risk factors to integrate now:

1. Map your flows: identify whether your components transit through the United States before delivery to Europe or elsewhere.
2. Anticipate tariff pass-through: suppliers exposed to this tax may pass it on to their pricing in the coming weeks.
3. Monitor phase 2: an extension of tariffs to other component categories is officially under consideration.
4. Strengthen supplier diversification: concentration on a single manufacturer or geographic area carries increased risk in this environment.

Sources: Boursorama / Reuters (January 15, 2026), Usine Digitale (January 15, 2026), IT Social (January 16, 2026), La Presse / AP (January 14, 2026), Electroniques.biz (January 15, 2026).