Evertiq - First In Electronics News & Expo

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Earlier this year, several discussions at Evertiq Expo pointed to the same conclusion: while the semiconductor industry continues to grow, that growth is far from evenly distributed. AI, memory and data centres have driven record revenues, while other parts of the electronics industry continue to face a very different reality.

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The electronics industry has spent years learning to fear shortages, counterfeit components and end-of-life notices. But according to Ronny Nietzsche, Regional Sales Manager Nordic-Baltic Region at Rochester Electronics, another issue may be quietly shaping purchasing decisions — an outdated understanding of semiconductor date codes.

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The unprecedented wave of investment in artificial intelligence infrastructure is transforming the global electronics supply chain, with growing consequences for PCB manufacturers, material suppliers and OEMs worldwide. According to new research from in4ma and EMSNOW, demand generated by hyperscale data centre operators is driving up PCB prices, stretching lead times and redirecting manufacturing capacity towards AI applications.

Pascal-Lefarth

For Europe's electronics manufacturers, sustainability has become far more than a long-term ambition. Customer questionnaires, ESG platforms and an expanding regulatory framework are rapidly becoming part of everyday business, requiring companies not only to improve their environmental performance but also to demonstrate it through an increasing number of reporting frameworks.

PCB-EU-Haas

Some conference presentations end with the applause. Others begin there. They continue over coffee, in conversations between exhibition stands, and in the photographs people take before the final slide disappears from the screen. That was certainly the case during Evertiq Expo Berlin, where one presentation continued to resonate long after the audience had left the conference hall.

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Europe has long been regarded as a manufacturing powerhouse. Yet in electronics manufacturing services (EMS), the continent faces an increasingly difficult challenge: keeping pace with competitors in Asia.

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From AI-driven production planning and advanced PCB manufacturing to supply chain resilience and Europe's industrial competitiveness, Evertiq Expo Berlin 2026 will bring together experts from across the electronics industry to discuss some of the sector's most pressing challenges. Ahead of the event on 18 June, we take a closer look at this year's conference programme.

Mira-Grunhaupt

Despite increasing production complexity, many electronics manufacturers still rely on spreadsheets and manual coordination to plan their operations. Speaking to Evertiq ahead of her presentation at Evertiq Expo Berlin 2026, Mira Grünhaupt, Head of Solution Advisory at PAILOT GmbH, explains why advanced scheduling remains a challenge — and how AI-driven planning is helping factories become more flexible, responsive and competitive.

Moritz-Floder

Electronics manufacturers have more access to production data than ever before. Yet despite growing investments in digitalisation, many companies still struggle to achieve complete visibility across their production environments.

In the automotive industry, the digital twin is no longer just a simulation tool. It is increasingly becoming part of the decision-making process—it influences which components make it to the production line, which tests are performed physically, and which can be bypassed. At the same time, it helps answer questions about when it is safe to implement changes in production.

The German electronics industry is entering a period defined less by stability and more by adaptation. For years, the sector benefited from a model built on industrial strength, global supply chains and close ties between manufacturing and export-driven growth. Today, many of those assumptions are being re-evaluated.

A Tokyo university is planning a futuristic district where humanoid robots, autonomous vehicles and drone deliveries will operate as part of everyday urban life — turning an entire neighbourhood into a live test environment for next-generation technologies.

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Evertiq Expo Kraków 2026 brought the electronics industry back to Kraków on May 7. The industrial atmosphere of CFK13, with its distinctive 1930s character, set the stage for discussions about where the Polish and European electronics industries are heading next.

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Europe is investing billions in artificial intelligence, semiconductors, and data centres. These investments are meant to strengthen the region’s technological position and reduce external dependencies. But the question is becoming harder to ignore: to what extent is Europe building a system on a foundation that does not physically exist?

Lukasz-Ozimek

Just a year ago, during the panel “Cybersecurity in the era of integrated electronic systems” at Evertiq Expo Kraków, uncertainty dominated the discussion. Companies knew new regulations were coming, but lacked clarity – both in terms of scope and implementation. Today, that situation is beginning to shift. Regulations are coming into force, and with them, pressure is mounting – particularly in the industrial and electronics sectors – to treat cybersecurity as an operational concern, not merely a formal requirement.

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As global supply chains remain under pressure and geopolitical uncertainty continues to reshape sourcing strategies, partnerships built on local capabilities are gaining importance. In this context, two Polish companies — Unisystem and SoMLabs — have announced a closer collaboration aimed at jointly delivering technology projects based on complementary products and expertise.

Dominik-Kowalczyk

In many projects, electromagnetic compatibility (EMC) is still treated as a final-stage verification step. In practice, this approach increasingly leads to delays, costly redesigns and errors that are difficult to eliminate — particularly in complex defence systems. As Dominik Kowalczyk, an explosion protection specialist at Dacpol, told Evertiq, EMC analysis should cover the entire lifecycle of a project — from concept to deployment. He also pointed out where signal integrity is most often lost and why the traditional approach to EMC is no longer keeping pace with growing system complexity.

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Through-hole technology (THT) has never disappeared from electronics manufacturing. But the way it is handled continues to shift — shaped less by the process itself and more by the conditions around it.

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On April 23, Zurich will host the inaugural edition of Evertiq Expo Zurich, bringing together industry professionals for a day that moves between technology, manufacturing and market realities — often without clear boundaries between them.

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For years, defence electronics followed a relatively stable logic. Systems were designed against defined threat models, tested in controlled environments, certified, and then deployed with the expectation that they would remain valid over time.

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How often do we really think about the scale of the technologies we use? How small are the elements that make up a single device — and how far does that scale extend beyond what we can see?

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Cities and critical infrastructure are no longer exposed only to direct, conventional threats. Increasingly, they are tested through disruptions to energy systems, communications, logistics, and command layers – often without a clearly defined frontline.

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As performance requirements for printed circuit boards continue to rise — driven by high-speed digital as well as RF and microwave applications — the development and selection of base materials is becoming a balancing act between electrical performance, regulatory compliance and supply chain resilience. What used to be a largely engineering-driven decision is now increasingly influenced by external constraints that are harder to control and even harder to predict.

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The Spanish government has approved the allocation of €19 million to support research in semiconductors and the development of quantum chips, according to a statement from the Ministry for Digital Transformation and Public Service.

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The semiconductor market has been sending mixed signals for some time now. Headline numbers suggest a return to growth, and in some segments even a strong rebound. At the same time, when looking more closely at how this growth is distributed, it becomes increasingly difficult to describe it as broad-based or evenly shared across the industry.

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Taiwan’s semiconductor industry is often discussed in terms of scale, complexity, and technological leadership. Less often, we get a closer look at how these facilities actually operate from the inside.

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In December, Claus Aasholm, an analyst at Semiconductor Business Intelligence, raised an uncomfortable question in Evertiq: does the traditional semiconductor cycle still exist? His argument was straightforward — AI-driven growth is pulling the market into parallel trajectories that are increasingly difficult to reconcile within a single top-line number.

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This week’s Video Friday features a Reuters report exploring a topic that until recently belonged mostly to science fiction: humanoid robots designed for military environments.

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High-mix, low-volume production has long been one of the most complex operational environments in the EMS industry. Short production runs, high product variability, frequent changeovers and constant time pressure mean that factories operate in a state of near-constant adaptation. At the same time, customer expectations for quality and flexibility continue to rise, while the availability of skilled labour remains limited. In such conditions, manufacturing ceases to be a collection of independent processes — it becomes a system in which every change carries wider operational consequences.

RoHS-Juhana-Jaatinen

Five years after the introduction of the SCIP database, many electronics manufacturers still struggle to translate legal obligations into day-to-day practice. While the rules themselves are no longer new, uncertainty persists — not so much about what the law says, but about how to comply without turning regulatory work into a permanent administrative burden.

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Switzerland is regularly described as one of the world’s most innovative economies. In the Global Innovation Index, the country has repeatedly ranked first, ahead of much larger industrial nations. This position reflects a combination of high R&D intensity, strong patent activity and a dense network of research-performing companies. Yet these aggregate indicators say relatively little about how innovation is structured in practice, and even less about the position of electronics within the Swiss economy.

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India is in talks with Brazil, Canada, France and the Netherlands over potential agreements on critical minerals, as New Delhi steps up efforts to secure supplies needed for its energy transition and industrial strategy, Reuters reported.

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