Jakarta, INTI - A disruption of just one day at Taiwan Semiconductor Manufacturing Company (TSMC) could cost the global economy an estimated Rp 80 trillion, while simultaneously disrupting one of the most critical lifelines of modern technology. Because so many industries rely on the company’s semiconductor production, the ripple effects of a shutdown could take weeks to recover, affecting supply chains across multiple sectors.
TSMC at the Center of the Global Semiconductor Industry
TSMC operates as the world’s largest semiconductor foundry, manufacturing chips designed by leading technology companies. Firms such as Apple, NVIDIA, AMD, and Qualcomm design their processors, while TSMC produces the physical chips using some of the most advanced fabrication technologies in the world. In many ways, the company functions as the “brain factory” of modern technology, as nearly every modern digital device depends on semiconductors manufactured in its facilities.
The company dominates the semiconductor manufacturing landscape with more than 70% of the global foundry market. Even more significant is its role in producing the world’s most advanced chips: over 90% of cutting-edge semiconductors below 7 nanometers are manufactured in Taiwan, largely by TSMC. To maintain this output, its fabrication plants operate 24 hours a day, seven days a week, reflecting the enormous demand for advanced chips.
Semiconductor manufacturing is an extremely delicate process. Wafer production requires ultra-clean environments and precise conditions, meaning even minor disruptions can result in significant financial losses. In fact, a single hour of halted production can cost millions of dollars, as highly sensitive fabrication processes must remain stable and uninterrupted.
Semiconductors: The New Strategic Resource of the Digital Era
In today’s economy, global stability is no longer determined solely by access to natural resources such as oil. Instead, semiconductors have become the new strategic backbone of modern civilization. Because of this, Taiwan is often referred to as the “Silicon Shield,” a term describing how the island’s stability is closely tied to global technological stability. In this context, modern geopolitical competition is no longer just about military power, but also about who controls the world’s semiconductor supply.
Global Impact if Chip Production Stops
If semiconductor production at TSMC were to stop, the consequences would quickly cascade across industries. The manufacturing of devices such as smartphones and advanced AI processors would face delays, affecting products from companies like Apple and GPU development by firms such as NVIDIA. Electric vehicle production lines could struggle to operate at scale due to chip shortages. At the same time, the expansion of global AI infrastructure would slow, and even national defense systems, many of which depend on advanced semiconductors, could face disruptions. These supply shocks could eventually drive up the price of electronics worldwide, contributing to a broader technology-driven inflation.
The potential impact is not theoretical. During the Global Semiconductor Shortage, supply disruptions caused the automotive industry alone to lose more than USD 200 billion due to production delays and factory shutdowns. The crisis highlighted just how deeply modern economies rely on the continuous supply of semiconductors.
As digital transformation accelerates and technologies such as artificial intelligence, electric vehicles, and advanced computing become more central to the global economy, companies like TSMC are no longer just manufacturers. They have become strategic pillars of the modern technological world, ensuring that the digital systems powering industries, governments, and everyday life continue to function.
Conclusion
As the backbone of modern electronics, semiconductors have become one of the most strategic resources in the global economy. With its dominant position in advanced chip manufacturing, Taiwan Semiconductor Manufacturing Company plays a critical role in sustaining technological innovation and industrial stability worldwide. Any disruption to its production could send shockwaves across industries, from consumer electronics and artificial intelligence to automotive manufacturing and national defense, highlighting how deeply the world now depends on semiconductor supply.
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