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Texas Instruments Stock Surges on AI Server Power Chip Demand

Top Companies AI — US (1/2)2h ago6 min read

Key takeaway

Texas Instruments, which makes unglamorous but critical power management chips inside every AI server, has seen its stock surge roughly 70% year to date as AI infrastructure drives structural demand for analog semiconductors. The company generated approximately $1.5 billion(約2400億円) in data center revenue in 2025, up 64% year over year, with growth accelerating to 90% in early 2026, and Bank of America projects this segment could reach roughly $4.5 billion(約7200億円) by 2028.

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3 Key Points

  • What happened

    Texas Instruments (TXN) shares have risen roughly 70% year to date, driven by its dominance in analog and power management chips that every AI server requires to operate. The company's data center revenue reached approximately $1.5 billion(約2400億円) in calendar 2025, up 64% year over year, with growth accelerating to 90% in the first quarter of 2026.

  • Why it matters

    Unlike GPU makers, TI benefits from a structural trend independent of which AI processor architecture wins—every server, regardless of GPU or custom chip, needs power regulation, voltage conversion, and electrical monitoring. As AI servers consume several times more power than traditional hardware and move toward higher-voltage architectures such as 800V DC, the amount of analog semiconductor content per server continues to increase, potentially ensuring sustained demand.

  • What to watch

    Bank of America projects TI's data center revenue could reach roughly $4.5 billion(約7200億円) by 2028, or about 18% of company sales, up from roughly 11% to 12% today. The stock trades at a forward earnings multiple of roughly 39x—rich for its historical profile—yet this premium appears supported by both an industrial market recovery with 15% room left to prior peak and the structural AI infrastructure build-out.

Context & Analysis

Texas Instruments' stock surge reflects a shift in how the market values semiconductor leadership beyond headline AI chip design. For decades, TI was viewed as a cyclical industrial supplier whose fortunes rose and fell with factory orders and auto production. The company still holds that cyclical exposure—its largest end market, industrial, is recovering and remains roughly 15% below its prior peak, with revenue having grown more than 30% year over year last quarter across eight consecutive quarters of sequential growth. However, the AI infrastructure build-out has introduced a new, secular tailwind. As AI servers become larger and more power-intensive, operators are shifting toward higher-voltage architectures such as 800V DC to reduce transmission losses as rack densities climb, while advances in networking, memory bandwidth, and power delivery systems all require additional sensing, isolation, monitoring, and voltage regulation. This structural increase in analog semiconductor content per server is independent of which accelerator architecture ultimately dominates the market.

The market's willingness to pay roughly 39x forward earnings—rich by TI's historical standards—reflects confidence that these two growth engines will run in parallel. The industrial recovery still has genuine runway, and the AI infrastructure trend appears durable, not cyclical peak optimism. TI's competitive moat—a low-cost 300 mm manufacturing footprint, broad product portfolio, and long-standing customer relationships—positions it well to capture a meaningful share of this growing market. Bank of America's projection that data center revenue could reach roughly $4.5 billion(約7200億円) by 2028 (up from approximately $1.5 billion(約2400億円) in 2025) suggests that even if execution falters, the underlying opportunity remains substantial. That said, the premium multiple leaves little room for disappointment, and no single semiconductor company is immune to swings in spending cycles, customer concentration, or valuation risk.

FAQ

What chips does Texas Instruments make for AI servers?
TI makes analog chips that convert, regulate, and monitor electricity; synchronize high-speed data flowing between processors and memory; and ensure the system operates reliably under heavy workloads. These include power management ICs, voltage regulators, general-purpose amplifiers, clocking chips, and voltage references.
Why does TI benefit from AI regardless of which processor wins?
Every AI server needs power management and analog chips regardless of whether it uses GPUs or custom AI processors. Unlike AI chipmakers tied to a specific accelerator architecture, TI's products are essential infrastructure that all servers require.
How much of TI's revenue comes from data center today, and what is projected?
Data center currently represents roughly 11% to 12% of company sales. Bank of America projects it could reach roughly $4.5 billion(約7200億円) by 2028, or about 18% of company sales.

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