Taiwan's TSMC: The Island That Builds the World's Digital Heart

30-Second Overview

Morris Chang left Texas Instruments at 54 and founded TSMC at 56, after fleeing war three times and living in six cities before adulthood¹. Fourteen days after returning to Taiwan in 1985, he sat down in K.T. Li's office and proposed a business model no one had ever tried: pure-play foundry — make chips for others, never design your own products, never compete with customers². Thirty-eight years later, in Q1 2026, TSMC posted $35.9 billion in quarterly revenue (up 40.6% year-over-year), held a market cap of roughly $1.7 trillion, and commanded over 90% of the global advanced-node market³⁴. On March 3, 2025, Trump announced TSMC would invest an additional $100 billion in the US — total commitment approaching $165 billion — and said directly to CEO C.C. Wei: "He's the most important man in the room."⁵ At that same moment, a Zheng family ancestral tomb built in 1844 was being relocated in Hsinchu's Baoshan township to make way for a 2nm fab⁶. Over 38 years, this company became the heart of humanity's digital civilization — but the larger that heart grows, the harder it becomes to say whether the island can sustain the cost.

The Idea That Took 14 Days

On August 21, 1985, Morris Chang — 54 years old — returned to Taiwan to lead ITRI (the Industrial Technology Research Institute). He had spent 25 years at Texas Instruments, rising from engineer to vice president; he left TI in 1983, spent two more years at General Instrument, and then in August 1985 wrapped up his American life entirely and flew back to the island he had left at 18.

Fourteen days later, on September 4, senior economic advisor K.T. Li invited him to his office and asked him directly for a plan to get Taiwan into semiconductors.

Chang recorded the exchange in his autobiography[^13]:

"Two weeks later (September 4), Minister K.T. Li wanted to see me. K.T. immediately raised the subject. I had had almost 2 weeks to think about the problem, so I immediately proposed the concept of a 'common wafer fab.'"

The phrase "common wafer fab" did not exist before that meeting. Semiconductor companies either designed and fabricated their own chips (like Intel and Samsung) or outsourced everything to Japan. "Pure-play foundry" — those words — were invented by Morris Chang at a desk in Taipei's Zhongzheng District over two weeks.

To understand why this idea emerged from this particular man, you have to go back to before he turned 18. Born in Ningbo in 1931, he lived in six cities before adulthood — Ningbo, Nanjing, Guangzhou, Hong Kong, Chongqing, Shanghai — changed schools ten times, and fled war three times¹. He went to America in 1949, eventually joined Texas Instruments, and worked his way to vice president over 25 years.

Returning to Taiwan at 54 was not another flight from danger — it was the decision to turn this 36,193-square-kilometer island into something no one had yet imagined.

"I Just Wanted to Survive"

On February 21, 1987, TSMC was officially incorporated. Capitalization: $145 million. The Taiwan government's Development Fund held 48.3%, Dutch Philips contributed 27.5%, and Wang Yung-ching's Formosa Plastics put in 5%². The first fab was built in the Hsinchu Science Park — 6-inch (150mm) wafers, 2-micron process — derived from the government's second-phase VLSI program, which itself grew out of ITRI's technology transfer from RCA and Philips⁷⁸. Compared to today's 2-nanometer node, that 2-micron process was 1,000 times less precise.

"When I founded TSMC in 1987, the first few years were genuinely difficult. How could I have had any vision for ten years out? I just wanted to survive — I just wanted the company to survive!"⁹

That's how Chang later recalled it. The government's 48.3% stake, he admitted, came from an "unwilling investor." Without K.T. Li's backing, the money would never have been released⁹.

The biggest early challenge was not technology — it was trust. Chang visited semiconductor companies around the world one by one, trying to convince them to hand their most critical manufacturing to a small Taiwanese shop. Most found the idea incomprehensible. But Chang held firm to two principles that became the company's founding motto[^13]:

"' Never make a promise you can't keep, and once you make a promise, do whatever it takes to keep it' became our motto. 'Never compete with customers' and 'customers are our partners' also became the new company's guiding principles."

The pledge to have no house brand and never compete with customers turned out to be TSMC's most powerful moat. Because of that wall, NVIDIA, Qualcomm, and AMD felt safe handing all their design blueprints to TSMC for fabrication.

📝 Editorial note: What Morris Chang invented was not a technology — it was a division of labor. Before him, anyone making chips had to build their own factory. After him, the world's most talented chip designers could focus entirely on design and leave manufacturing to Taiwan. That division of labor gave birth to NVIDIA, Qualcomm, and AMD as we know them today.

From "Nobody Gets It" to "Irreplaceable"

TSMC's fab complex in the Hsinchu Science Park (Tseng Cheng-Hsun, January 2, 2020). Photo: Tseng Cheng-Hsun. CC BY 2.0 via Wikimedia Commons.

The turning point came in the late 1990s.

TSMC's first 8-inch fab, Fab 3, began volume production ramp-up in 1995. By October 1997, Fab 5 in Hsinchu was completed — the company's third 8-inch fab, the first with a two-story design, running 0.35-micron process, entering volume production in early 1998⁷¹⁰. In December 1999, the first 12-inch fab, Fab 12, broke ground and began volume production in 2002⁷. Asia had just survived the 1997 financial crisis and most semiconductor companies were pulling back. TSMC expanded counter-cyclically — this "be greedy when others are fearful" bet established its lead for the next two decades.

Personal computers and mobile phones both exploded in the 2000s, and chip demand surged. "Fabless" companies that separated design from manufacturing — NVIDIA, Qualcomm, Broadcom — began to rise. TSMC's business model went from "nobody gets it" to "irreplaceable."

In 2005, Chang retired for the first time, handing the CEO role to Rick Tsai. On September 9, 2014, Apple introduced the iPhone 6/6 Plus — the first time an Apple A-series chip was exclusively manufactured by TSMC (at 20nm), formally replacing Samsung¹¹. Every iPhone processor made since then has been produced in Taiwan.

In 2018, Chang officially retired, with Mark Liu and C.C. Wei taking over in a co-leadership structure. In 2024, Liu stepped down, leaving Wei as sole chairman and president.

These are not just biographical footnotes — they are layers of the same logic: competitors fell behind one by one (IBM, TI, Samsung couldn't keep up; Intel got stuck at 7nm), and the bottleneck of the world's advanced-node production grew ever narrower.

Then AI arrived.

Ten Minutes in 2009

In early 2009, the global financial crisis was sweeping the world.

Then-CEO Rick Tsai laid off 840 employees on the grounds of "poor performance," deliberately avoiding the word "layoffs." The dismissed workers formed an action committee and gathered outside Chang's Taipei residence to protest.

Chang's wife, Sophie Chang, went without sleep that night. Early the next morning, she went downstairs with her security detail and personally bought "enough soy milk, sesame flatbreads, and fried dough sticks for 30 people" and distributed them to the workers who had been protesting through the night. The workers later told media[^14]:

"We were all very moved, and decided to cancel the planned protest march to Ketagalan Boulevard."

On the morning of June 11 of that year, at the TSMC board meeting, the 78-year-old Chang moved to remove Rick Tsai as CEO "in less than ten minutes"¹² and stepped back in himself.

He later explained why[^14]:

"We would never take this kind of approach — at most we would give underperforming employees a 6-month improvement coaching period… But even after a probationary period, we don't fire people."

📝 Editorial note: "We don't fire people" — why is that a rule? The ten minutes of June 2009 gave the concrete answer. TSMC's rigor is not about elimination; it is about "we'll coach you even when you can't keep up." But the cost of that promise is that the company must be expanding fast enough to absorb all its employees. When a company can no longer expand, that promise becomes its chain.

Water Trucks and Flooded Rice Fields

In the spring of 2021, Taiwan faced its worst drought in 56 years.

Reservoirs serving the Hsinchu Science Park fell to historic lows. TSMC activated water trucks: a 12-ton tanker going for NT$15,000 per trip¹³.

At the same time, the government ordered rice paddies in the Taoyuan-Hsinchu-Miaoli region to halt irrigation. The farmers' water was redirected to the fabs. The New York Times headline said it plainly: "Taiwan's Drought Pits Chip Makers Against Farmers."¹⁴

This is the other side of the "Guardian Mountain" narrative. A single advanced-node TSMC fab uses over 150,000 tons of water per day, and TSMC's electricity consumption exceeds 7% of Taiwan's total. Between 2015 and 2019, TSMC's own water usage grew by 70%¹⁵. In the environmental impact assessment for the Baoshan Phase 2 expansion, TSMC committed to using 100% reclaimed water in production — but just laying the reclaimed water pipeline to the Hsinchu Science Park would cost over NT$10 billion, with the government picking up the tab.

Former Hsinchu Science Park Bureau director Lee Chieh-mu told Mirror Media in 2021[^25]:

"Trucking in water is like carrying water in a cup to fight a fire — emergency stopgap work only… If it doesn't rain soon, TSMC will face production cuts."

TSMC has pledged net-zero emissions by 2050 and is investing heavily in renewables. But the paradox is: the hotter AI demand runs, the more power and water advanced-node fabs consume. The taller the Guardian Mountain grows, the longer its shadow falls.

📝 Editorial note: "Guardian Mountain" — the term in Taiwan has almost become an article of faith, and the flip side of faith is an unwillingness to question. When one company is large enough that the entire country's water and electricity allocation bends around it, the line between "protection" and "dependency" has already blurred.

178 Years of the Zheng Family

Baoshan Township, Hsinchu County.

In 1844 — the 24th year of the Qing dynasty's Daoguang reign — the Zheng Yong-jin family built a 4,000-ping ancestral cemetery here. One hundred and seventy-eight years later, that tomb had to be relocated to make way for TSMC's 2nm fab⁶.

The Hsinchu Science Park Bureau negotiated with the Zheng descendants for five years to acquire 270,000 ping of land (including the cemetery). During that process, TSMC "hired workers to privately excavate and survey the cemetery, driving steel rods and marking at least three locations"⁶. Baoshan residents "hung white protest banners." Hsinchu County Councilman Chiu Chen-wei said directly: "This is tantamount to wiping the village of Daqi off the map."⁶

Relocation was completed by late May 2025.

This is just one case. TSMC has similarly scaled land acquisition disputes and environmental impact controversies in Hsinchu Baoshan, Miaoli Tongluo, Taichung's Central Taiwan Science Park, Chiayi, and Kaohsiung Zuoying. Every new fab means a chapter of local history gets turned over — but not every chapter has someone to remember the names of the Zheng family's descendants.

✦ "This is tantamount to wiping the village of Daqi off the map." (Hsinchu County Councilman Chiu Chen-wei)⁶

The Most Important Man in the East Room

TSMC Fab 21 construction site in Phoenix, Arizona (Hunter Trick, November 5, 2023). Photo: Hunter Trick. CC BY-SA 4.0 via Wikimedia Commons.

The afternoon of March 3, 2025. The East Room of the White House.

Day 43 of Donald Trump's presidency. Commerce Secretary Howard Lutnick, AI and crypto advisor David Sacks, TSMC Chairman C.C. Wei, and NVIDIA founder Jensen Huang were all in the room (Huang had been invited by Wei to lend moral support, but never took the stage).

Trump announced: TSMC would add $100 billion, bringing the total US investment — on top of the earlier $65 billion — to nearly $165 billion, with six fabs planned⁵. Mid-announcement, he turned to the two cabinet secretaries and said[^7]:

"Right now, he's the most important man in the room. I'm sorry, fellas."

Wei took the podium to outline the plan. The most critical line was delivered in English[^7]:

"In Phoenix, Arizona, with 3,000 employees, we are producing the most advanced chip made on U.S. soil."

This was not an isolated event. In February 2025, President Lai Ching-te had quietly visited Morris Chang, C.C. Wei, and board director Lin Chuan to prepare for the announcement¹⁶. On January 14, 2026, Trump signed Section 232 semiconductor tariffs — a 25% levy on all semiconductor imports not involving US-bound investment — but the same order gave TSMC a "2.5x planned capacity" exemption for its US investments¹⁷. The message: you do not just sell to America — you produce in America. The more production lines you move to Phoenix, the less the tariffs touch you.

This binds all advanced-node production ever more tightly to American soil.

Arizona is moving faster than expected. Phase 2 (3nm), originally scheduled for volume production in 2028, is now beginning equipment installation in Q3 2026 with volume production expected in 2027 — a year ahead of schedule¹⁸. Phase 3 (N2/A16 class) broke ground in April 2025. In February 2025, Apple announced it would purchase "more than 100 million" chips made in Phoenix in 2026¹⁹.

This is the flip side of the "Silicon Shield" theory. KMT legislator Ko Chih-en told the Taipei Times in March 2025[^29]:

"The more TSMC produces in the US, the lower Taiwan's geopolitical importance will be, and the less incentive the US will have to help Taiwan."

A 2025 Vision Magazine poll found 64% of Taiwanese believe US investment is weakening the Silicon Shield²⁰. MIT Technology Review published a piece in August 2025 titled "Taiwan's silicon shield could be weakening"²¹.

The Lai administration's response was "there is no pressure from the United States." But Foreign Policy's November 2025 headline was blunter: "Lai Administration Has Rocky Relationship With Chip Giant TSMC."²²

Globalization Is Dead

October 26, 2024. The Hsinchu County Stadium. TSMC's annual sports day.

By rights it should have been the most festive occasion of the year. The 93-year-old Morris Chang — retired for six years — stepped up to the podium. He did not talk about TSMC's achievements. He issued a public warning[^31]:

"In semiconductors — especially in the most advanced semiconductors — globalization is dead, and free trade is dead."

"TSMC's success has made it a must-have asset for geopolitical strategists. TSMC has truly become a prize to be fought over."

"In an environment where globalization is dead and world trade is dead, TSMC's challenge is to keep finding a way to grow."

The founder delivered that verdict at his own company's sports day — the event where solidarity should be at its peak. He was not analyzing geopolitics; he was issuing a public warning.

At the January 15, 2026 earnings call, C.C. Wei said[^11]:

"I am also very worried… If we do not evaluate carefully and over-invest, it would be a disaster for TSMC."

That comment's context was AI bubble risk. TSMC's 2026 capex budget: USD 52–56 billion (vs. 2025's 40.9 billion / 2024's 28.9 billion)²³. TSMC's annual R&D-plus-expansion investment now exceeds Taiwan's entire annual defense budget.

Jensen Huang's response was of a different register[^32]:

"I believe that in the next 10 years, TSMC's capacity will likely increase by far more than 100%. This is a very significant investment in the next decade, a very massive scale expansion — it will be the largest infrastructure investment and expansion in human history."

The Numbers Inside the Beast

NVIDIA's AI training chips, Apple's mobile processors, AMD's server chips — all exclusively manufactured by TSMC. If TSMC's fabs went dark for a week, global tech would grind to a halt.

2nm is expected to enter volume production in H2 2026, with both Hsinchu Fab 20 and Kaohsiung Fab 22 already fully booked for all of 2026²⁵. A14 (1.4nm) was formally unveiled at TSMC's North America Technology Symposium in April 2025, targeting volume production in 2028 — with 10–15% speed improvement or 25–30% power reduction over N2, and 20%+ logic density gain²⁸.

Every process generation demands more investment than the last: a single 2nm fab costs over $20 billion. The closer process nodes get to physical limits, the higher the cost of each step forward — and the fewer rivals can keep up.

The Weight of an Island

In May 2026, TSMC's market cap was roughly 2.3 times Taiwan's GDP. One company larger than an entire country's annual output — there is no second example of this anywhere in the world.

Morris Chang once told the Wall Street Journal that he had "accomplished" what he set out to do, describing himself as an old soldier — "not dead, but fading away"²⁹. But what he created far exceeds a single company. Around TSMC, Taiwan has built the world's most tightly integrated semiconductor industry cluster — from equipment to materials to advanced packaging and testing, the entire supply chain sits within 100 kilometers. That density allows TSMC to respond to a customer's engineering change request within 24 hours. Samsung and Intel cannot match that.

In 1987, Morris Chang said he "just wanted to survive." Thirty-eight years later, the entire world needs TSMC to survive. From one man's fight for survival, to an island's fight for survival, to civilization's fight for survival.

No one planned a transfer of this magnitude. But in the worst drought in 56 years, water trucks keep rolling into Baoshan. On the Arizona construction site, the third fab has just broken ground. On the White House red carpet, Trump praised the man who left Texas Instruments at 54 as "the most important man in the room" — even though that 54-year-old man was no longer in the room at all.

Further Reading

• Taiwan's MediaTek — The world's third-largest mobile chip designer and the homegrown pure-play champion — the symbiotic twin of TSMC
• Taiwan's ASE Group — The world's largest packaging and testing company, the downstream critical node in TSMC's supply chain
• Taiwan's Stock Market and Capital Markets — TSMC's market cap is roughly 35% of the entire Taiwan stock market; understanding TSMC is the prerequisite for understanding TWSE
• Taiwan's Industrial Transformation — TSMC is the concrete case study of Taiwan's evolution from a manufacturing island to a technology island

Image Credits

This article uses 2 images, both cached at public/article-images/economy/ to avoid hotlinking:

• TSMC Hsinchu fabs aerial (hero) — Photo: Tseng Cheng-Hsun, 2020-01-02. CC BY 2.0 via Wikimedia Commons.
• TSMC Arizona Fab 21 construction aerial — Photo: Hunter Trick, 2023-11-05. CC BY-SA 4.0 via Wikimedia Commons.

References