Are we on the brink of another global chip crisis?
Geopolitical tension, tech saturation, and the transition toward artificial intelligence are once again testing the world’s semiconductor supply chain.
In recent months, the chip and semiconductor market has shown worrying signs: drops in the supply of key materials, trade restrictions between major powers, and surging demand driven by AI. The combination inevitably recalls the 2020–2022 crisis, when the shortage of microchips brought entire industries—from automotive to consumer electronics—to a halt.
A market under permanent tension
The epicenter of risk remains Taiwan, where TSMC accounts for more than 60% of global advanced chip production. This is compounded by dependence on strategic materials like gallium and germanium, whose exports China has restricted since 2023 in response to Western sanctions. Meanwhile, U.S. restrictions on the use of advanced technology by Chinese manufacturers such as SMIC and Huawei have reshaped the global balance of the sector.
The result is a market that, despite record investments, remains vulnerable to any political, climate, or logistical shock.
Artificial intelligence as the new epicenter
The race to dominate generative AI has added unprecedented pressure. Each model requires thousands of graphics chips and specialized accelerators. Nvidia, AMD, and Qualcomm are vying for leadership in a demand surge that multiplies energy consumption and manufacturing costs. The boom in data centers has diverted part of the production capacity that used to supply general consumer demand, creating bottlenecks in other sectors.
According to TrendForce data, delivery times for some high-end components have doubled since mid-2024, while the average price of AI chips has risen by up to 40% in just one year. This trend was already analyzed by our partner publication in Asian Markets in Red: The Fear of a “Chip War”, which explained how the battle for supply is shaping financial stability and tech investment strategy on a global scale.
Reindustrialization and new balances
The United States and the European Union are trying to reduce their dependence on Asia through ambitious programs. In Europe, the European Chips Act is already in force, aiming to strengthen design, production, and advanced packaging capacity within the region. In parallel, the U.S. CHIPS and Science Act promotes the construction of new factories and R&D centers with over $52 billion in public subsidies.
Intel, Samsung, and TSMC are building plants in Ohio, Arizona, and Dresden, though none will be fully operational before 2027. Until then, the concentration of production in Asia will remain a structural risk. Countries like India and Vietnam are attempting to position themselves as alternatives but still lack the technical capability to produce cutting-edge chips. This process forms part of the trend described in Robotics Startups Break Investment Records in 2025, where automation and digitalization are advancing faster than the capacity to manufacture the components that sustain them.
The domino effect on the global economy
A new chip disruption would not only affect the tech sector. Industries such as electric vehicles, industrial robotics, defense, and digital healthcare increasingly depend on advanced components. A simple delay in the supply chain can stall product launches, raise prices, and slow innovation.
If trade tensions combine with a slowdown in the Chinese economy, we could enter a phase of intermittent shortages—not a total crisis like in 2021, but a succession of localized shocks that would keep prices high and uncertainty constant. As discussed in Trump’s Tariff War: A Global Battlefield, this reflects how protectionism and cross-border restrictions are redefining global value chains.
Industrial shutdowns in 2025: the warning is already here
The impact is already being felt. In October 2025, Honda Motor Co. temporarily halted production at its assembly plant in Mexico due to semiconductor shortages, following export restrictions imposed on Nexperia (Assembly Magazine). In Europe, Volkswagen warned that its annual profit targets could be at risk without “adequate chip availability,” amid growing concern over supply constraints from China (The Guardian).
The Nexperia case—where shipments to several manufacturers were suspended under new control measures—illustrates how a single mid-range component supplier can create a bottleneck capable of paralyzing factories thousands of kilometers away. It’s a warning that the next disruption might not come from the technological frontier but from the most basic parts.
A sector that cannot afford to stop
The semiconductor has become the invisible infrastructure of the modern economy. Without chips, there is no artificial intelligence, no connectivity, no energy transition. The paradox is that despite their strategic value, the global system supporting them remains fragile.
All evidence suggests that the world is not facing an immediate crisis, but rather a permanent structural risk. The next disruption won’t come as a surprise—it will be the logical consequence of a model that has yet to learn how to produce in balance with its own demand.
