TSMC Warns of Persistent Chip Shortages

The global chip shortage is not over. On the contrary, according to TSMC, supply shortages for particularly sought-after semiconductors are likely to persist for years. CEO C.C. Wei told shareholders at the Taiwanese company’s annual meeting that it would take a long time for TSMC to fully meet demand.

That is a remarkable statement because TSMC is not just any manufacturer. The company is the world’s most important contract chipmaker and produces chips for companies such as Nvidia, Apple, AMD and many other technology groups. Anyone talking about artificial intelligence, high-performance computing, smartphones, cloud infrastructure or modern industry is almost always indirectly talking about TSMC.

The AI boom needs physical factories

The current shortage shows how material the digital transformation really is. On the user side, AI feels like software: models, chatbots, image generators, analytical tools. But behind it are high-performance chips, data centers, electricity, cooling, storage and complex supply chains.

The boom in generative AI in particular is driving demand for especially powerful chips sharply higher. Nvidia, AMD, cloud providers and major tech companies need more and more computing power. This demand ultimately lands with manufacturers such as TSMC, which are capable of producing the most advanced semiconductors in the world.

The problem is that chip factories cannot be built at will or at short notice. They cost billions, require specialized machinery, highly qualified workers, stable supply chains, extreme cleanroom technology and long lead times. When demand grows faster than production capacity, a structural bottleneck emerges.

TSMC does not want to become the bottleneck

C.C. Wei emphasized that TSMC is working hard not to become the bottleneck in the global supply chain. That sentence alone shows the strategic importance of the company. If TSMC cannot deliver enough, not only individual customers feel the impact, but entire industries.

What makes this especially difficult is that TSMC itself is not the only one that needs to expand. Suppliers and upstream partners also have to keep up: machinery makers, chemical suppliers, silicon wafer producers, packaging and testing service providers, specialty gas suppliers and logistics partners. Modern chip production is not a single factory, but a highly complex ecosystem.

If capacity is missing at one point, the entire chain can slow down. That is why the shortage cannot simply be solved with one new factory.

Prices could continue to rise

TSMC CEO Wei indicated that the company would like to pass on rising costs through higher prices. However, he rejected abrupt price hikes. This matters because chip prices now have an impact far beyond the tech industry.

If high-performance chips remain scarce and expensive, data centers, AI services, servers, electronics and, over time, many applications in industry, mobility, medicine and defense will also become more expensive. The chip shortage is therefore not only a problem for tech companies, but a cost factor for entire economies.

For investors, the situation is ambivalent. TSMC benefits from strong demand and considerable pricing power. For customers, however, dependence on the Taiwanese manufacturer becomes even greater.

Arizona shows how hard reshoring is

This becomes particularly clear in the United States. TSMC is investing heavily in new production capacity in Arizona. Projects and expansion plans there amount to roughly $165 billion. The US wants to become less dependent on Asian chip manufacturing and bring more high-tech production back onto its own soil.

But the build-out is difficult. Permitting procedures, environmental requirements, labor shortages and the complexity of cutting-edge semiconductor manufacturing are slowing expansion. TSMC itself has already made clear that it will take a long time before the US sites can take over a truly large share of advanced production.

This is a sobering lesson for industrial policy worldwide. Chip sovereignty can be announced politically, but it cannot be created overnight. Factories, expertise and supply chains do not grow instantly.

Taiwan remains the center of the digital world economy

Despite all reshoring plans, Taiwan remains the central location for advanced chip manufacturing. This makes TSMC enormously powerful economically, but also highly sensitive geopolitically. Tensions between China, Taiwan and the United States turn dependence on the island into a strategic risk.

For the world economy, this creates a paradoxical situation. Almost everyone wants to become less dependent on Taiwan. At the same time, Taiwan’s importance continues to grow because demand for AI chips, high-performance processors and advanced manufacturing is rising faster than new capacity can be created elsewhere.

Taiwan’s so-called silicon shield is therefore becoming stronger rather than weaker. Anyone who needs the most advanced chips can hardly bypass TSMC.

The chip shortage also changes Europe’s debate

For Europe, TSMC’s warning is especially relevant. The EU wants to become more technologically sovereign with the «Chips Act 2.0», cloud infrastructure and AI gigafactories. But all these plans depend on the same basic condition: Europe needs access to sufficient advanced chip manufacturing.

Without high-performance chips, AI strategies, data centers and digital sovereignty remain political concepts on paper. The TSMC bottleneck shows that Europe does not only need software, data and regulation, but industrial depth: semiconductor production, packaging, specialized machinery, energy, skilled workers and capital.

The digital future will not be decided only in research labs or legislative texts. It will also be decided in cleanrooms.

Shortage is part of the new normal

The new chip shortage differs from the bottlenecks of the pandemic period. Back then, supply chains were disrupted by lockdowns, shifts in demand and production interruptions. Today, the bottleneck is more structural: AI, cloud, autonomous systems, robotics, defense, electric vehicles and industrial automation all need more computing power at the same time.

That makes the shortage more persistent. Even if TSMC and other manufacturers invest massively, demand may continue to grow faster than supply. New capacity therefore does not automatically solve the problem; it may simply chase an ever-growing need.

For companies, this means chip availability becomes a strategic factor. Those who secure capacity early gain competitive advantages. Those who come too late will have to wait or pay more.