The disruption in Nexperia's discrete semiconductor supply is affecting the global automotive industry, exposing structural weaknesses that industry participants cannot afford to overlook.   

With the activation of the emergency response plan, this crisis starkly highlights the semiconductor industry's reliance on a handful of key component suppliers and how geopolitical tensions can swiftly disrupt production. Through this new analysis report, the Yole Group underscores the strategic importance of teardown analysis in today's semiconductor competition landscape. Leveraging Yole Group's insights, semiconductor companies can gain deeper understanding of competitors' latest innovations and strategic directions. And this is only the beginning 

Nexperia is an unremarkable supplier, yet it plays a pivotal role in the automotive ecosystem. The diodes, transistors, and MOSFETs it manufactures are critical components for vehicle control units, power electronics, and consumer electronics, delivering indispensable functions to these devices. Although headquartered in the Netherlands, Nexperia is a subsidiary of Shanghai-listed Wintech Technology and operates production facilities in China. This global footprint has now become its Achilles' heel. Nexperia has been caught in the whirlwind of the U.S.-China trade war: the U.S. has tightened semiconductor export controls and scrutinized foreign ownership of assets, while China has banned the export of Nexperia's components. In October 2025, the situation escalated further when the Dutch government took over the European company under economic and technological security grounds. In today's global supply chain, where rapid alternatives are scarce, even brief disruptions can lead to factory shutdowns and ripple effects across the entire European automotive ecosystem.

According to Yole Group's teardown analysis, the depth of Nexperia's components integrated into today's automotive architectures is evident.   

Since 2020, in the 400 automotive system teardowns conducted by Yole Group, 300 (or 75%) included at least one Nexperia component, primarily found in ADAS, infotainment, telematics, and electrification controllers.

In terms of the overall automotive bill of materials, Nexperia's influence is pivotal. Analysis by Yole Group indicates that discrete components account for approximately 5% of the total semiconductor electronic bill of materials (eBOM), while Nexperia's components make up just 1%. However, these components are critical to the manufacturing process.

In 2024, over 50% of Nexperia's $2.06 billion in revenue will come from the automotive applications sector. Its chips provide power for countless automotive systems, from window motors to electronic control units and inverters.  

The company's end customers cover major European and American car manufacturers, and extend to some Asian car manufacturers, including Chinese enterprises. Its extensive design foundation makes Nexperia's stability the cornerstone of the automotive semiconductor ecosystem. According to Yole Group's dismantling database, analysts have recorded nearly a hundred first tier suppliers, covering areas such as powertrain, ADAS (Advanced Driver Assistance Systems), infotainment systems, and vehicle bodies. All these suppliers use Nexperia's components. This means that almost every car manufacturer is using Nexperia's products, although some may not be aware of them.  

The normal operation of a car relies on tens of thousands of validated components, including semiconductors. Even if only a small chip is out of stock, the assembly line will be forced to shut down.  

At present, car manufacturers can still rely on existing inventory to maintain production. But if this situation continues, there may be production shutdowns within a few weeks, as the automotive industry's inventory is not abundant. Even worse, multiple products are supplied by the same supplier.  

The lesson is familiar: the chip crisis triggered by the COVID-19 exposed the dependence of automobile production on instant semiconductor supply. This feels familiar, "warned an analyst from Yole Group. Indeed, OEM manufacturers have learned to conduct qualification audits on multiple suppliers, but certain device types, such as low-voltage discrete devices, are still in short supply.  

Fortunately, most of Nexperia's products are relatively simple components that do not involve complex functionalities or embedded software. This means that technically, other suppliers can be substituted. However, qualification certification, verification, and logistics all require time.  

Yole Group has observed that European secondary suppliers can partially fill the gap, but they also rely on global backend production capacity. Some original equipment manufacturers (OEMs) have initiated remediation plans and new supply chains are in the incubation stage. Although the replacement of most devices is not technically difficult, the real challenge lies in production capacity. For example, at the time of writing this article by Yole Group, Volkswagen announced that it has found an alternative supplier for Nexperia. Such rapid action can only be achieved under a pre established remedial plan. Volkswagen is one of the few OEM manufacturers that has a clear understanding of semiconductor issues and has developed action plans. They have learned from the last chip shortage incident.  

The Nexperia case occurred at a delicate moment for automobile manufacturers. As detailed in the "2025 Automotive Semiconductor Trends" report released by Yole Group, the integration of electrification, digitization, and artificial intelligence is driving semiconductor demand to historic highs.