The global chip industry is on the brink of a historic growth spurt. According to McKinsey, the market could grow to an annual turnover of more than $1 trillion by 2030. For Europe, this represents an opportunity to strengthen technological independence and build its own position in a chain that currently relies heavily on Asia.
But the road to it is not obvious. European and American factories face higher costs, longer lead times and a structural shortage of technical talent. At the same time, materials and packaging are increasingly cited as silent bottlenecks. Without safe, efficient and circular packaging solutions, the supply of critical raw materials and components stagnates and the reliability of the entire supply chain comes under pressure.
Source: McKinsey & Company
The focus of advanced packaging today is outside Europe. More than 70 percent of global capacity is in Taiwan and South Korea, while Europe hardly has any facilities of its own. This means that European chip companies remain dependent on external parties for a critical process step. Advanced packaging in particular is essential for the next generation of chips, in which chiplets, interposers and high-bandwidth memory together determine performance. The lack of local capacity not only creates strategic vulnerability, but also longer lead times, higher transportation costs and a greater risk of quality loss during component movement. Without high-quality packaging and logistics solutions, this dependency could seriously delay Europe’s ambition to build a full-fledged chip industry.
The demand for raw materials is rising faster than the growth of wafer startups. Modern nodes and advanced packaging require many more material types, ranging from photochemicals and specialty gases to rare metals such as cobalt, germanium and tungsten. These raw materials are often scarce and come from geopolitically sensitive regions, putting pressure on security of supply. In addition, processing requires increasingly stringent purity and contamination control requirements, making packaging and handling crucial. When materials become contaminated en route or are not stored correctly, not only is the supply chain delayed, but production in factories can stop immediately. This makes it clear that packaging is more than a means of transportation: it is a key to continuity and quality.
The logistics dimension represents a third, often underestimated bottleneck. Hazardous chemicals such as hydrogen peroxide and gases such as NF₃ are transported worldwide under strict safety conditions. Any incident or shortage in these chains can halt chip production for weeks. At the same time, high-value components such as interposers, wafers and assembled modules are becoming increasingly fragile due to their complexity and miniaturization. This calls for sophisticated packaging systems that not only provide physical protection but also enable digital traceability and feedback on temperature, shock and rotations. Today’s logistics chains are often not yet equipped to do this, resulting in a high risk of failure and delay. Companies investing now in circular, secure and data-driven packaging solutions are building a supply chain that can meet these challenges.
In many companies, packaging is still seen as an operational issue that is only addressed after production and supply chain are in place. In the semiconductor industry, this is a misconception that can have major consequences. Packaging is not an afterthought, but a strategic asset that directly affects product quality, delivery reliability and cost control.
First, the quality of the packaging determines the yield at the factory. A wafer exposed to moisture, vibration or particle contamination en route can lose its value overnight. The same goes for high-value components such as HBM modules (High Bandwidth Memory Modules are memory chips placed close to the processor to provide extremely fast data transfer) or interposers: one damage can wipe out millions in investment. Packaging therefore acts as a first line of defense against DOAs (dead on arrival), product failures and production downtime.
In addition, packaging enables digital traceability. With uniform labels, QR codes and integrated sensor technology, companies can track in real time where a package is located, how often it has been in use and what conditions were recorded during transport. This fits seamlessly with growing compliance requirements within the industry and with European regulations enforcing reuse and circular chains.
Packaging is also a lever for efficiency and sustainability. Smart designs maximize volume, avoiding air transport and reducing transportation costs. Making packaging reusable and circulating in closed-loop systems reduces material waste and better aligns companies with their ESG goals.
So using packaging as a strategic asset goes far beyond protection. It is a tool for making the supply chain more reliable, more circular and more competitive. For an industry investing hundreds of billions in new capacity, the difference between a 50-month delay or a timely production start can depend on how packaging and logistics are set up.
Realizing Europe’s chip ambitions requires more than investment in new factories and production lines. The chain needs direction on packaging and logistics. This is precisely where the strength of Faes lies. As a Fourth Party Packaging (4PP) partner, we take full control of industrial packaging and raise management to a strategic level.
Where the supply chain is inherently fragmented, we bring cohesion. We develop and manage closed-loop packaging systems designed for hazardous chemicals and specialty gases. These systems withstand the highest safety requirements and feature traceability, so companies always have insight into rotations, hours of use and condition. In doing so, we ensure not only safety, but also compliance with laws and regulations.
Faes also plays a role in advanced packaging. By developing kits for the safe storage and transport of interposers, chiplets and HBM modules, we ensure that critical components move through the chain without damage and loss. Think cleanroom-grade materials, ESD protection and digital recording of every step. This makes it possible to move the most sensitive components of semiconductor production with certainty and efficiency.
In addition, we combine packaging management with data. Through solutions such as PackStatus, it becomes possible to track packaging in real time, record maintenance and cleaning cycles and provide insight into reuse rates. Companies get a grip on costs, inventory and performance, while Faes takes the coordination and reporting completely out of their hands.
The result is a scalable model in which packaging is no longer a precondition, but a strategic tool. By combining circularity and digitization with practical direction, we help companies make their supply chains more robust and future-proof. In a market where every delay costs millions, this provides a tangible competitive advantage.
Europe’s semiconductor ambitions are great. Governments are investing billions in new factories, suppliers are scaling up, and demand for chips is growing exponentially. But those who think buildings and machinery are enough are mistaken. Without control over packaging and logistics, the chain remains vulnerable.
Practice demonstrates that materials, advanced components and hazardous chemicals are not easily moved. They require specialized packaging systems, circular models and digital traceability. Companies that take this step now will benefit tomorrow from security of supply, lower costs and a stronger ESG profile.
Faes invites partners to collaborate on pilots that make packaging and supply chain resilience tangible. From closed-loop systems for chemical flows to advanced packaging kits for the most sensitive components: we bring design, management and data together in one integrated model. This is how we build the chain today that Europe needs tomorrow.
The message is clear: Those who approach packaging strategically now will not be at the back of the pack in the coming chip generation, but at the forefront.
