Nvidia CEO Jensen Huang: Why TSMC Is “One of the Greatest Companies in History”

Discover why TSMC’s technology, financial strength, global ecosystem, and AI-driven growth make TSMC the backbone of the tech world for decades to come.

Introduction

When Nvidia’s CEO Jensen Huang praises a company, the tech world listens. During his recent visit to Taipei, Jensen Huang described Taiwan Semiconductor Manufacturing Company (TSMC) as “one of the greatest companies in history.”

This statement isn’t just flattery—it reflects the pivotal role TSMC plays in the global semiconductor industry and its influence on the future of AI, high-performance computing (HPC), and global technology infrastructure.

TSMC’s greatness isn’t defined by a single factor. It’s the integration of multiple strengths: unmatched technological leadership, financial independence, irreplaceable supply chain positioning, strategic policy influence, and AI-driven growth potential.

Let’s explore why TSMC stands at the epicenter of the semiconductor universe—and why its importance will only grow in the next 10–20 years.

Overview: Why TSMC Dominates the Tech World

Here are five reasons why TSMC has earned Jensen Huang extraordinary praise:

Technological Leadership: Industry-leading 3nm and next-gen nodes power AI platforms like Nvidia’s Rubin.

Financial Independence: $165B invested in global operations, far beyond government subsidies.

Irreplaceable Partnerships: Critical supplier for Nvidia, Apple, and AMD, anchoring the global AI ecosystem.

Explosive Growth: Q2 2025 revenue soared 44% YoY to $30B, driven by AI and HPC demand.

Geopolitical Resilience: Multi-country fab strategy mitigates risk and ensures technology sovereignty.

techovedas.com/tsmc-arizona-first-profit-u-s-subsidies-fuel-asia-chip-battle/

Technological Leadership: The Heart of AI Innovation

TSMC’s position as the world’s leading pure-play foundry isn’t accidental—it’s built on decades of R&D and execution discipline.

Today, TSMC’s advanced nodes such as N3 (3nm), N2, and future A16/A14 processes remain virtually unmatched in performance and energy efficiency. These cutting-edge nodes are the foundation of modern AI, powering everything from Nvidia’s Rubin AI platform to Apple’s next-gen processors.

This technological edge creates long-term dependency. Major tech companies rely on TSMC to produce chips that no other foundry can deliver at scale.

For Nvidia, whose GPUs dominate AI and HPC markets, TSMC’s innovation pipeline directly influences product roadmaps and competitiveness.

techovedas.com/upturns-and-downturns-5-reasons-the-semiconductor-industry-market-is-so-volatile

Financial Autonomy: Beyond CHIPS Act Subsidies

While the U.S. government has allocated billions under the CHIPS and Science Act to incentivize semiconductor manufacturing, TSMC is playing on a different level. The company has committed $165 billion to its U.S. operations alone, dwarfing the size of subsidies.

This isn’t just investment—it’s a declaration of financial independence and strategic commitment.

Combined with a 65% share of the global foundry market, TSMC enjoys unmatched negotiation power with both governments and top-tier clients like Nvidia and Apple. Unlike many companies, TSMC dictates terms rather than adjusting to them.

/techovedas.com/6-reasons-why-nvidia-overtook-apple-as-worlds-second-most-valuable-company

Irreplaceable Role in the Global AI Ecosystem

If Nvidia is the engine driving AI acceleration, TSMC is the powerhouse enabling that engine. Its fabs produce chips for Nvidia, Apple, AMD, and other industry giants, making it a cornerstone of the AI and HPC ecosystem. This dependency is not short-term—future AI workloads will demand even more advanced silicon, further tightening TSMC’s grip on the supply chain.

With fabs strategically located in Taiwan, the U.S., Japan, and Germany, TSMC reduces risk for partners while strengthening global technology resilience. This diversification strategy ensures that even in the face of geopolitical challenges, the world’s AI infrastructure remains operational.

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Financial Growth: Riding the AI Wave

TSMC isn’t just technologically superior; it’s also delivering stellar financial results.

In Q2 2025, the company posted $30 billion in revenue. This marked a 44% year-over-year increase. AI and HPC demand drove the surge.

It continues to invest in next-generation process nodes. Advanced packaging strengthens its lead in future computing.

Strong capital allocation supports growth. Heavy R&D spending drives innovation. Customer trust ensures stability. These factors make TSMC a long-term favorite for investors.

/techovedas.com/933-8b-tsmc-crushes-q2-2025-revenue-surges-39-yoy-defying-currency-pressure

Strategic Diversification: Mitigating Geopolitical Risk

The semiconductor industry is highly exposed to geopolitical tensions, particularly in the Taiwan Strait. TSMC’s proactive strategy of global fab diversification—with facilities in Arizona (U.S.), Kumamoto (Japan), and Dresden (Germany)—is designed to mitigate such risks.

This approach does more than secure operations; it strengthens ties with major economies, aligning TSMC with national industrial policies and ensuring access to talent, subsidies, and local ecosystems.

https://medium.com/@kumari.sushma661/tsmc-2nm-chip-leak-secrets-silicon-and-suspicion-in-employee-scandal-09ee83a938ff

Conclusion:

When Jensen Huang calls TSMC “one of the greatest companies in history,” he’s not exaggerating—he’s stating a fact the tech world lives by. TSMC isn’t just making chips; it’s building the invisible infrastructure of the 21st century. From powering AI breakthroughs to enabling every iPhone, supercomputer, and autonomous car, TSMC’s fingerprints are on the future itself.

In an age where computing power defines global power, TSMC is the quiet giant holding the keys. Its technology shapes industries, its decisions influence geopolitics, and its vision fuels innovation. For Nvidia, Apple, AMD—and the world—TSMC isn’t just a supplier, it is the lever which kick-starts everything !!

Kumar Priyadarshi
Kumar Priyadarshi

Kumar Joined IISER Pune after qualifying IIT-JEE in 2012. In his 5th year, he travelled to Singapore for his master’s thesis which yielded a Research Paper in ACS Nano. Kumar Joined Global Foundries as a process Engineer in Singapore working at 40 nm Process node. Working as a scientist at IIT Bombay as Senior Scientist, Kumar Led the team which built India’s 1st Memory Chip with Semiconductor Lab (SCL).

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