TSMC Posts Record February Revenue Driven by AI Chip Demand

Taiwan Semiconductor Manufacturing Company (TSMC) reported consolidated net revenue of NT$317.66 billion (approximately US$9.7 billion) for February 2026, marking a 22.2% increase over February 2025 and setting a new record for the month [1]. While the figure represents a 20.8% seasonal decline from January's NT$401.26 billion [2], the year-over-year trajectory tells the real story: TSMC's AI-driven growth engine shows no signs of slowing down.

Revenue for the first two months of 2026 totaled NT$718.91 billion, a 29.9% increase compared to the same period in 2025 [1]. These numbers are the latest proof point in a multiyear transformation that has made TSMC the indispensable backbone of the global AI boom—and one of the most consequential companies on Earth.

The Numbers Behind the Narrative

TSMC's February record is part of a sustained upward trajectory that accelerated sharply in 2024 and 2025. Full-year 2025 revenue reached NT$3,809.05 billion, a 31.6% increase over 2024 [3]. In US dollar terms, revenue grew 35.9%, outpacing the broader foundry industry [3].

The quarterly results tell the same story: Q3 2025 revenue hit US$33.06 billion, a 40.4% year-over-year surge [4]. Q4 2024 had already come in at US$26.88 billion, up 37% year-over-year [5]. The company's full-year 2024 revenue was US$90.08 billion [5], and 2025 likely topped US$115 billion based on quarterly run rates.

Source: TSMC Investor Relations

Data as of Mar 10, 2026CSV

January 2026 continued the momentum, with revenue of NT$401.26 billion—a 36.8% year-over-year increase and 19.8% month-over-month gain from December 2025's NT$335 billion [2]. The February seasonal dip, driven by the Lunar New Year holiday and typical first-quarter patterns, is standard for TSMC and masks the underlying demand picture.

AI: The Engine Driving Everything

The force propelling TSMC's growth has a single name: artificial intelligence. The company's High-Performance Computing (HPC) segment—the category that includes AI accelerator chips for the likes of Nvidia, AMD, and Broadcom—accounted for 58% of total 2025 revenue, up from roughly 46% in 2023 [6]. HPC revenue grew 48% year-over-year in 2025, dwarfing every other segment [6].

By comparison, Smartphone revenue represented 29% of 2025 sales with 11% growth, while Automotive (5%, up 34%) and IoT (5%, up 15%) played supporting roles [6]. The message is clear: TSMC's business is increasingly an AI business.

Source: TSMC Q4 2025 Earnings Report

Data as of Jan 16, 2026CSV

The broader semiconductor industry mirrors this shift. IDC projects worldwide semiconductor revenue growth of 17.6% for 2025, driven primarily by AI infrastructure investment [7]. Deloitte estimates the AI chip market will reach approximately US$500 billion by 2026 [8]. SEMI forecasts 69% growth in advanced chipmaking capacity through 2028 specifically due to AI demand [9], while the global semiconductor market is on track to approach US$1 trillion in annual sales by 2026 [10].

TSMC CEO C.C. Wei has projected that AI chip revenue will grow at a 60% compound annual growth rate through 2029 [11], a forecast that, if anything, has been repeatedly revised upward.

The Great Customer Shift: Nvidia Overtakes Apple

Perhaps the most symbolic development in TSMC's recent history occurred in 2025: Nvidia surpassed Apple to become the company's single largest customer by revenue [12]. For years, Apple's iPhone and Mac processors made it TSMC's anchor client. But the explosive growth in AI training and inference—powered overwhelmingly by Nvidia's GPU architecture—has reshuffled the deck.

Nvidia CEO Jensen Huang confirmed the shift publicly, noting that his company's data center revenue growth had pushed it past Apple in TSMC spending [12]. Analyst estimates for 2025 placed Apple at roughly 25% of TSMC revenue, with Nvidia at approximately 11%, followed by MediaTek (9%), Qualcomm (8%), AMD (7%), Broadcom (7%), and Intel (6%) [13]. But these percentages are shifting quickly—Nvidia's share is expected to grow substantially in 2026 as its Blackwell and Rubin GPU architectures ramp production.

The first customers for TSMC's cutting-edge 2nm process node, which began mass production in Q4 2025, include Apple, AMD, Nvidia, and MediaTek [14]. Notably absent from that list: Intel, once the undisputed leader in semiconductor manufacturing.

The CoWoS Bottleneck: AI's Physical Constraint

While wafer fabrication often dominates headlines, the real chokepoint in AI chip production is advanced packaging—specifically TSMC's Chip-on-Wafer-on-Substrate (CoWoS) technology. CoWoS enables the integration of multiple chiplets and high-bandwidth memory (HBM) stacks into a single package, a requirement for modern AI accelerators like Nvidia's H100, H200, Blackwell, and forthcoming Rubin chips.

TSMC's CoWoS capacity remains "very tight and sold out through 2025 and into 2026," according to CEO Wei [15]. The company is scaling production aggressively—from approximately 35,000 wafers per month in late 2024 to a projected 130,000 wafers per month by end of 2026 [15]. Total global CoWoS demand is expected to hit 1 million wafers annually in 2026, up from 370,000 in 2024 [16].

Yet even with this massive expansion, supply falls short of demand. Nvidia, the dominant CoWoS consumer, has reportedly secured over 60% of total capacity for 2025 and 2026 [15]. Even so, TSMC is expected to supply around 590,000 CoWoS-L units in 2026—still approximately 20% short of Nvidia's projected needs [16]. With major customers locking in more than 85% of total CoWoS production, smaller AI chip companies and startups face severe allocation constraints [15].

This packaging bottleneck has opened the door for competitors. Intel's EMIB and Foveros packaging technologies are being evaluated as potential overflow solutions [17], though TSMC's yield advantages and ecosystem lock-in remain formidable barriers to switching.

Massive Capital Expenditure: Building the AI Factory

To meet demand, TSMC is spending at an unprecedented rate. Capital expenditure for 2026 is projected at US$52–56 billion, a significant step up from US$40.9 billion in 2025 [18]. More than 70% of this spending is directed at advanced process nodes (3nm, 2nm, and below) [18].

On the fabrication side, TSMC is expanding 3nm capacity at its Southern Taiwan Science Park Fab 18B from approximately 110,000 to 160,000 wafers per month—a 45–50% increase [16]. The company's 3nm and 5nm production lines are reported to be "100% booked out" through 2026 [16]. Meanwhile, 2nm production capacity is targeting approximately 100,000 wafers per month by end of 2026 [16].

Source: TSMC Investor Relations / Analyst Estimates

Data as of Jan 16, 2026CSV

These investments are reflected in TSMC's market valuation. The company's market capitalization grew from US$1.03 trillion in January 2025 to US$1.93 trillion by February 2026 [19]—making it the world's sixth most valuable company and underscoring investor confidence in its AI-driven growth trajectory.

The Arizona Gambit: Geopolitics Meets Silicon

TSMC's geographic concentration in Taiwan has long been a source of strategic anxiety for the United States and its allies. With over 90% of the world's most advanced chips manufactured on an island that China claims as its territory, the semiconductor supply chain represents a geopolitical fault line of the first order.

The company's response has been its most ambitious international expansion ever. TSMC is now set to build up to 12 fabs in Arizona [20], a dramatic scaling of what began as a single facility announced in 2020. The first Arizona fab (Fab 21 Phase 1) entered volume production in Q4 2024 [20]. The second phase is expected to begin tool installation in 2026 with volume production pulled forward to the second half of 2027 [21]. A third fab is being accelerated to 2027, targeting 2nm and A16 process technology [21].

Yet a critical limitation remains: Taiwan still produces TSMC's most advanced chips. Apple's latest A19 processor and M5 chip continue to rely on Taiwanese manufacturing [22]. The Arizona fabs currently produce on older nodes (4nm for Phase 1), and it will be years before cutting-edge production shifts meaningfully offshore.

"Advanced Apple Silicon remains tied to Taiwan despite Arizona fab expansion," Apple Insider reported in February 2026 [22]. The same is true for Nvidia's most advanced AI GPUs. Arizona represents a hedging strategy, not a replacement for Taiwan's manufacturing supremacy.

The financial and policy stakes are enormous. The US CHIPS Act has committed tens of billions in subsidies to domestic semiconductor manufacturing, and TSMC is one of the primary beneficiaries. But the cost-per-wafer in Arizona remains significantly higher than in Taiwan, raising questions about long-term commercial viability absent continued government support.

What Comes Next: The 2026 Outlook

Analysts project TSMC's 2026 revenue growth at approximately 20%, a deceleration from 2025's 31.6% but still robust by any historical standard [19]. Consensus estimates point to continued earnings growth of roughly 20%, supported by:

• Pricing power: TSMC plans to raise prices on its 2nm node for four consecutive years starting 2026, reflecting the tight supply-demand balance [23].
• AI demand acceleration: The AI infrastructure buildout shows no signs of peaking, with hyperscaler capital expenditure plans from Microsoft, Google, Amazon, and Meta all pointing upward.
• New node transitions: Mass production of 2nm chips, combined with continued 3nm ramp, positions TSMC to capture premium pricing on leading-edge technology.
• Advanced packaging expansion: The CoWoS capacity doubling through 2026 will unlock revenue that was previously supply-constrained.

The risks, however, are not trivial. US-China trade tensions continue to cast a shadow, with export controls on advanced semiconductor equipment to China tightening. TSMC has already curtailed some sales to Chinese customers under US pressure. Additionally, the concentration of advanced manufacturing in a geopolitically sensitive location remains the industry's single greatest systemic vulnerability.

A Company Unlike Any Other

TSMC's February 2026 revenue report is, on one level, a routine monthly disclosure—a press release with a handful of numbers. But beneath those numbers lies a company that has become one of the most strategically important enterprises in the world. It manufactures the chips that power AI training clusters, smartphones, automobiles, and military systems. Its production decisions affect the competitive positioning of America's largest technology companies and the national security calculus of multiple governments.

The record February revenue—modest as it may seem against January's peak—confirms that the AI-driven semiconductor super-cycle is not a temporary phenomenon. It is reshaping TSMC's business, its industry, and the geopolitical landscape in which it operates. As long as the world's appetite for artificial intelligence continues to grow, TSMC will remain at the center of everything.