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23 ARTICLES

May 17, 2026
Why No Single Country Can Own the Semiconductor Industry
From China's raw materials to ASML's EUV machines and TSMC and Samsung foundries, the chip supply chain spans nations no
May 21, 2025
How TSMC Handled the 2024 Taiwan Earthquake
After the 1999 Chi-Chi quake cost TSMC $10B and 177,000 wafers, engineering upgrades let its fabs survive 2024's 7.2 qua
March 15, 2025
The Downfall of Intel: 10 Reasons for Its Decline
Once the king of chips, Intel has fallen behind Nvidia, TSMC, and Samsung, with its stock down 57% from peak and barely
October 6, 2024
The Gate-All-Around Transistor: Revolutionizing Semiconductors
TSMC's N2 node adopts gate-all-around transistors, succeeding FinFETs to fight short-channel leakage and push chip perfo
October 5, 2024
The Future of SRAM: Can It Keep Shrinking?
TSMC's N3 node showed no SRAM scaling gains over N4, raising doubts about the future of the fast, costly cache memory th
October 2, 2024
Intel and TSMC's Plan to Revolutionize Microchips
TSMC's 1.6nm process brings Gate-All-Around transistors and backside power delivery, with GAA improving power efficiency
September 12, 2024
Why TSMC Is Thriving in Japan but Struggling in Arizona
Local partners, cultural proximity, and fast subsidies covering 40% of costs helped TSMC's Kumamoto fab succeed where Ar
July 11, 2024
The Truth About America's Semiconductor Self-Sufficiency
Taiwan's ecosystem of TSMC, UMC, and packaging specialists can't be replicated by an Arizona fab, debunking U.S. chip in
June 4, 2024
Inside TSMC's N2 Process Node and Gate-All-Around Tech
TSMC's N2 node brings vertically stacked gate-all-around nanosheet transistors and new fabs, overhauling chip architectu
May 28, 2024
The SRAM Conundrum: Scaling Challenges in TSMC's N3 Era
TSMC's N3E node leaves SRAM cell size unchanged from N5, exposing a scaling wall for the fast but costly memory critical
May 18, 2024
Inside TSMC's 3nm Revolution: EUV, N3 and the Future of Chips
A deep look at TSMC's N3B and N3E processes, the stochastic limits of EUV lithography, and how Free Electron Lasers coul
May 16, 2024
TSMC's Global Expansion: Semiconductor Fabs in Japan and Arizona
TSMC is reshaping chip manufacturing with new fabs in Japan, partnering with Sony and Toyota, and in Arizona, navigating
May 13, 2024
Taiwan's Silicon Valley: How Chiplets Are Changing Semiconductors
How 1970s Taiwan turned oil-crisis and diplomatic setbacks into semiconductor dominance, anchored by NCTU's labs, and wh
March 15, 2024
Copper and Low-K Interconnects: How TSMC Took the Lead
The late-1990s shift from aluminum to copper and low-K dielectrics cut resistance and capacitance in chips, with TSMC em
March 8, 2024
How TSMC Quietly Shapes the World of Technology
Founded by Morris Chang in 1987, TSMC commands 51% of the chip market and 92% of consumer electronics chips, making it t
February 12, 2024
The CHIPS Act and U.S. Semiconductor Manufacturing
The $50 billion CHIPS Act aims to bring leading-edge chip production back to the U.S., with TSMC, Samsung and Intel inve
November 23, 2023
Liang Mong Song: The Man Who Shook the Chip Titans
From UC Berkeley and AMD to TSMC and SMIC, Liang Mong Song's brilliant, controversial career reshaped competition among
November 18, 2023
TSMC's Strategy: First-Mover Edge, Morris Chang, and Risks
TSMC's pure-play foundry model, Morris Chang's leadership, and an economic flywheel built its dominance-but geopolitical
October 31, 2023
TSMC and Philips: The Partnership That Built Modern Chips
Rooted in centuries-old Dutch-Taiwan ties, Philips' early investment and partnership with TSMC helped launch Taiwan's se
October 23, 2023
SMIC: The Chinese Semiconductor Powerhouse You Need to Know
Founded in 2000 by Richard Chang with $1.6B, SMIC became China's top foundry via local government partnerships, challeng
October 23, 2023
AMD and TSMC: The Partnership That Beat Intel
After spinning off manufacturing into GlobalFoundries, AMD's pivot to TSMC's cutting-edge fabs powered its comeback agai
October 20, 2023
High-NA EUV Lithography: The Future of Chip Manufacturing
High-NA EUV raises numerical aperture from 0.33 to 0.55 to improve resolution and throughput, curbing rising costs as no
September 30, 2023
10 Innovations Set to Revolutionize Semiconductors
From IBM's VTFET breaking Moore's Law to the TSMC-MIT one-nanometer transistor, these breakthroughs are reshaping the fu