Taiwan Semiconductor Manufacturing Co Ltd (NYSE: TSM)

$416.76 ▲ +16.96 (+4.24%)

As of May 14, 2026 01:36 PM

Sector: Technology Industry: Semiconductors CIK: 0001046179

Market Cap 335.02 Bn

P/E 0.02

P/S 2.86

Div. Yield -0.11

ROIC (Qtr) 0.00

Total Debt (Qtr) 5.70 Bn

Revenue Growth (1y) (Qtr) 25.42

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About

Taiwan Semiconductor Manufacturing Company Limited is a dedicated semiconductor foundry that manufactures integrated circuits for customers based on their proprietary designs. The company provides wafer fabrication services using complementary metal-oxide-semiconductor processes and offers additional services including design support mask making advanced silicon stacking packaging and testing. Taiwan Semiconductor Manufacturing Company Limited operates manufacturing facilities in Taiwan the United States China Japan and Germany focusing on logic...

Taiwan Semiconductor Manufacturing Company Limited is a dedicated semiconductor foundry that manufactures integrated circuits for customers based on their proprietary designs. The company provides wafer fabrication services using complementary metal-oxide-semiconductor processes and offers additional services including design support mask making advanced silicon stacking packaging and testing. Taiwan Semiconductor Manufacturing Company Limited operates manufacturing facilities in Taiwan the United States China Japan and Germany focusing on logic mixed signal radio frequency embedded memory and specialty technologies for diverse applications.

Taiwan Semiconductor Manufacturing Company Limited generates revenue primarily from semiconductor wafer fabrication and related foundry services. The company earns income by manufacturing semiconductors on silicon wafers using its advanced process technologies for customers who provide proprietary circuit designs. Revenue is derived from the production of logic mixed signal radio frequency embedded memory and specialty semiconductors across platforms including high performance computing smartphones internet of things automotive and digital consumer electronics. The company serves a global customer base consisting of fabless semiconductor companies system companies and integrated device manufacturers headquartered in North America Asia Pacific China Japan and Europe Middle East and Africa.

The company operates through the following segments:

• High Performance Computing segment focuses on manufacturing semiconductors for data centers artificial intelligence cloud infrastructure and high performance applications including AI accelerators central processing units graphics processor units field programmable gate arrays and server processors using advanced nodes such as 2-nanometer 3-nanometer and 5-nanometer FinFET and Nanosheet technologies.

• Smartphone segment provides logic process technologies for premium and mainstream mobile applications offering nodes from 2-nanometer to 28-nanometer FinFET with embedded specialty technologies such as radio frequency power management image sensors and display chips to support application processors and system-on-chip designs for mobile devices.

• Internet of Things segment delivers ultra low power logic and specialty technologies for connected devices including sensors microcontrollers and battery powered products featuring 6-nanometer and 12-nanometer ultra low power FinFET services planar transistor based ultra low leakage technologies and comprehensive specialty offerings for radio frequency analog memory sensing and power management to enable AIoT and Edge AI applications.

• Automotive segment supplies semiconductor technologies for advanced driver assistance systems in vehicle infotainment zonal controllers and next generation vehicle architectures offering 3-nanometer to 16-nanometer FinFET nodes embedded flash memory radio frequency for millimeter wave CMOS image sensors light detection and ranging sensors and power management ICs to support safer smarter and greener automotive systems.

• Digital Consumer Electronics segment provides technologies for 8K 4K video streaming AI features power efficiency and connectivity in smart TVs set top boxes streaming media devices and digital cameras utilizing 5-nanometer to 22-nanometer FinFET and ultra low power technologies to enable superior performance in consumer entertainment and imaging products.

Taiwan Semiconductor Manufacturing Company Limited holds a leading position in the global semiconductor foundry industry as the largest dedicated foundry by revenue and capacity. The company competes primarily with other pure play foundries and integrated device manufacturers offering foundry services. Its competitive advantages include technology leadership in advanced nodes such as 2-nanometer and 3-nanometer volume production extensive manufacturing scale strong customer relationships and a comprehensive service portfolio spanning design to testing. The company maintains its edge through sustained investment in research and development and close collaboration with customers equipment suppliers and ecosystem partners.

Taiwan Semiconductor Manufacturing Company Limited serves a diverse global customer base that includes many of the world's leading semiconductor companies. Specific customers include fabless innovators in high performance computing mobile and automotive sectors system companies designing processors and accelerators and integrated device manufacturers outsourcing specialty production. The company's customers span multiple industries and geographies relying on its foundry services to manufacture semiconductors for applications ranging from data centers and smartphones to automobiles and industrial equipment.

Investment thesis

Bull case

The quarterly revenue figure of USD 33.1 billion surpassing guidance signals that TSMC’s demand curve is still upward‑sloping, implying that market participants have not yet fully priced in the scale of the AI‑driven growth wave. The company’s sequential revenue jump of 10.1 % in U.S. dollar terms demonstrates resilience to currency volatility, suggesting that the firm’s pricing power remains intact across geographies. 2025 guidance for a 22 % YoY increase at the midpoint reinforces expectations that the AI and HPC demand will continue to accelerate, thereby providing a strong tailwind for TSMC’s top line.
Gross margin expansion from 58.6 % to 59.5 % sequentially illustrates that TSMC’s cost‑control initiatives are effective, even as it navigates the cost headwinds associated with overseas fab ramp‑ups. The CFO’s comment that margin dilution from overseas fabs will fall to 1–2 % in the near term signals that the company is already mitigating the impact through operational efficiencies and better yield management. This improvement in gross margin directly translates into higher operating margin, which rose to 50.6 % and is projected to stay above 50 % in Q4, enhancing earnings quality for shareholders.
The 74 % share of advanced technologies in wafer revenue underscores that TSMC’s market leadership in nodes below 7 nm remains undisputed, and that customers continue to prioritize these high‑performance nodes for AI, automotive, and 5G applications. The company’s focus on maintaining a high capacity utilization rate has allowed it to capitalize on the premium pricing of advanced nodes, thereby boosting unit economics. Continued demand for 3‑nm technology, which contributed 23 % of wafer revenue, confirms that the industry’s shift toward extreme‑scale nodes is proceeding as forecast.
TSMC’s expansion strategy in Arizona, with a full giga‑fab cluster under construction and a second land acquisition in progress, positions it to absorb the surge in U.S. domestic demand for AI accelerators without being forced into a price war with competitors. The collaboration with U.S. federal, state, and local governments to secure incentives and streamline permitting demonstrates that the company is leveraging political support to lower the cost of capital for its U.S. plants. The ability to deploy advanced 3‑nm and 2‑nm nodes there ensures that TSMC can meet the high‑throughput, low‑latency requirements of cloud‑AI providers, which are critical for maintaining its premium pricing power.
The CapEx guidance tightening to a $40–$42 billion band in 2025, while still representing a significant investment, signals a disciplined capital allocation policy that focuses on high‑return projects such as advanced node development and advanced packaging. The CFO’s emphasis that higher CapEx correlates with future revenue growth reassures investors that the firm is prioritizing projects that will deliver incremental margin and capacity in the long run. Moreover, the capital budget allocation of roughly 70 % to advanced front‑end technologies highlights TSMC’s commitment to sustaining its technology leadership, which is a key driver of future earnings.

The quarterly revenue figure of USD 33.1 billion surpassing guidance signals that TSMC’s demand curve is still upward‑sloping, implying that market participants have not yet fully priced in the scale of the AI‑driven growth wave. The company’s sequential revenue jump of 10.1 % in U.S. dollar terms demonstrates resilience to currency volatility, suggesting that the firm’s pricing power remains intact across geographies. 2025 guidance for a 22 % YoY increase at the midpoint reinforces expectations that the AI and HPC demand will continue to accelerate, thereby providing a strong tailwind for TSMC’s top line.
Gross margin expansion from 58.6 % to 59.5 % sequentially illustrates that TSMC’s cost‑control initiatives are effective, even as it navigates the cost headwinds associated with overseas fab ramp‑ups. The CFO’s comment that margin dilution from overseas fabs will fall to 1–2 % in the near term signals that the company is already mitigating the impact through operational efficiencies and better yield management. This improvement in gross margin directly translates into higher operating margin, which rose to 50.6 % and is projected to stay above 50 % in Q4, enhancing earnings quality for shareholders.
The 74 % share of advanced technologies in wafer revenue underscores that TSMC’s market leadership in nodes below 7 nm remains undisputed, and that customers continue to prioritize these high‑performance nodes for AI, automotive, and 5G applications. The company’s focus on maintaining a high capacity utilization rate has allowed it to capitalize on the premium pricing of advanced nodes, thereby boosting unit economics. Continued demand for 3‑nm technology, which contributed 23 % of wafer revenue, confirms that the industry’s shift toward extreme‑scale nodes is proceeding as forecast.
TSMC’s expansion strategy in Arizona, with a full giga‑fab cluster under construction and a second land acquisition in progress, positions it to absorb the surge in U.S. domestic demand for AI accelerators without being forced into a price war with competitors. The collaboration with U.S. federal, state, and local governments to secure incentives and streamline permitting demonstrates that the company is leveraging political support to lower the cost of capital for its U.S. plants. The ability to deploy advanced 3‑nm and 2‑nm nodes there ensures that TSMC can meet the high‑throughput, low‑latency requirements of cloud‑AI providers, which are critical for maintaining its premium pricing power.
The CapEx guidance tightening to a $40–$42 billion band in 2025, while still representing a significant investment, signals a disciplined capital allocation policy that focuses on high‑return projects such as advanced node development and advanced packaging. The CFO’s emphasis that higher CapEx correlates with future revenue growth reassures investors that the firm is prioritizing projects that will deliver incremental margin and capacity in the long run. Moreover, the capital budget allocation of roughly 70 % to advanced front‑end technologies highlights TSMC’s commitment to sustaining its technology leadership, which is a key driver of future earnings.

Bear case

While TSMC’s 3‑nm revenue share of 23 % appears impressive, the company’s overall margin compression due to overseas fab dilution signals that its cost advantage is eroding. The CFO’s disclosure that margin dilution will reach 3–4 % in later years of new node ramp‑ups indicates a systematic increase in production costs that could undermine profitability if not countered by price increases, which are limited by competitive pressures. The risk of a sustained margin squeeze is amplified by the need to subsidize new fabs in the U.S., Japan, and Europe, where labor and real‑estate costs are significantly higher than in Taiwan.
The 2025 CapEx guidance tightening to a $40–$42 billion band, while still sizeable, represents a smaller incremental increase than the 10 % revenue growth projected for the year. This suggests that the firm is investing less aggressively relative to its revenue growth, potentially limiting its ability to secure the production capacity needed to meet the explosive AI demand. The CFO’s claim that higher CapEx is correlated with growth may be overstated if the company’s investment returns do not match the high opportunity cost of capital, especially in a low‑interest environment.
TSMC’s forward‑looking guidance on a 2‑nm launch in 2026 relies heavily on a successful, timely ramp to mass production. The company’s own admission that N2 dilution will be comparable to N3’s early‑stage dilution exposes a potential margin hit that could persist for several years. If the yield and throughput of the N2 node do not improve as forecasted, the firm could face prolonged margin compression, eroding the upside of the AI megatrend.
The CFO’s comments that the AI demand is “even stronger than we thought” but that the company is “still conservative” in its guidance suggest that the firm is not fully capitalizing on the AI boom. The lack of specific capacity figures for AI customers indicates uncertainty about whether the firm’s ramp plans can keep pace with the rapid increase in token volumes and AI compute requirements. The potential mismatch between demand and capacity could lead to lost market share to competitors with more flexible or advanced manufacturing capabilities.
The Q&A revealed a lack of transparency on the exact capacity expansions for CoWoS and advanced packaging in Arizona. While the company acknowledged that it plans to build two advanced packaging fabs, it did not provide a timeline or capacity commitment, which raises concerns about its ability to meet the high‑throughput demand from AI vendors. The reliance on a single OSAT partner for advanced packaging also exposes TSMC to supply chain risk, as any disruption at that partner could limit the firm’s ability to scale.

While TSMC’s 3‑nm revenue share of 23 % appears impressive, the company’s overall margin compression due to overseas fab dilution signals that its cost advantage is eroding. The CFO’s disclosure that margin dilution will reach 3–4 % in later years of new node ramp‑ups indicates a systematic increase in production costs that could undermine profitability if not countered by price increases, which are limited by competitive pressures. The risk of a sustained margin squeeze is amplified by the need to subsidize new fabs in the U.S., Japan, and Europe, where labor and real‑estate costs are significantly higher than in Taiwan.
The 2025 CapEx guidance tightening to a $40–$42 billion band, while still sizeable, represents a smaller incremental increase than the 10 % revenue growth projected for the year. This suggests that the firm is investing less aggressively relative to its revenue growth, potentially limiting its ability to secure the production capacity needed to meet the explosive AI demand. The CFO’s claim that higher CapEx is correlated with growth may be overstated if the company’s investment returns do not match the high opportunity cost of capital, especially in a low‑interest environment.
TSMC’s forward‑looking guidance on a 2‑nm launch in 2026 relies heavily on a successful, timely ramp to mass production. The company’s own admission that N2 dilution will be comparable to N3’s early‑stage dilution exposes a potential margin hit that could persist for several years. If the yield and throughput of the N2 node do not improve as forecasted, the firm could face prolonged margin compression, eroding the upside of the AI megatrend.
The CFO’s comments that the AI demand is “even stronger than we thought” but that the company is “still conservative” in its guidance suggest that the firm is not fully capitalizing on the AI boom. The lack of specific capacity figures for AI customers indicates uncertainty about whether the firm’s ramp plans can keep pace with the rapid increase in token volumes and AI compute requirements. The potential mismatch between demand and capacity could lead to lost market share to competitors with more flexible or advanced manufacturing capabilities.
The Q&A revealed a lack of transparency on the exact capacity expansions for CoWoS and advanced packaging in Arizona. While the company acknowledged that it plans to build two advanced packaging fabs, it did not provide a timeline or capacity commitment, which raises concerns about its ability to meet the high‑throughput demand from AI vendors. The reliance on a single OSAT partner for advanced packaging also exposes TSMC to supply chain risk, as any disruption at that partner could limit the firm’s ability to scale.

Markets of customers [axis] Breakdown of Revenue (2025)

Peer comparison

Companies in the Semiconductors

S.No.	Ticker	Company	Market Cap	P/E	P/S	Total Debt (Qtr)
1	NVDA	Nvidia Corp	5,501.97 Bn	45.82	25.48	8.47 Bn
2	AVGO	Broadcom Inc.	1,974.20 Bn	78.72	28.91	66.06 Bn
3	MU	Micron Technology Inc	903.51 Bn	37.39	15.55	10.14 Bn
4	AMD	Advanced Micro Devices Inc	728.95 Bn	168.11	21.04	3.22 Bn
5	INTC	Intel Corp	611.13 Bn	-190.84	11.37	45.03 Bn
6	TSM	Taiwan Semiconductor Manufacturing Co Ltd	335.02 Bn	0.02	2.86	5.70 Bn
7	TXN	Texas Instruments Inc	278.36 Bn	52.17	15.10	14.05 Bn
8	QCOM	Qualcomm Inc/De	227.34 Bn	22.76	6.48	0.50 Bn

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