TI’s $60B Bet on Mature Chips Bets Big On Customers Domestic Plans

Texas Instruments’ audacious expansion of domestic semiconductor manufacturing, unveiled on June 18, 2025, stirs a peculiar brew of ambition and caution in the chip industry’s cauldron. My analysis suggests TI is wagering on a calculated resurgence of mature-node chips, a realm where it already holds sway. Many will ask if this strategy dances on the edge of obsolescence as AI-driven silicon races toward sub-2nm frontiers. But, if U.S. domestic manufacturing of electronics, autonomous vehicles, and AI infrastructure is to accelerate in the coming decade, these mature chips may be key. The announcement, in an environment of patriotic fervor and  government largesse, seeks to anchor U.S. supply chains but prompts a nagging query: is it enough in an ecosystem tilting toward AI computational supremacy?

The semiconductor industry is bifurcated between advanced nodes (2nm-7nm) dominating  headlines as TSMC and NVIDIA bask in AI’s glow, while mature nodes (28nm-130nm) quietly underpin daily life. TI’s investment, architected to flood the U.S. with foundational chips, aligns with Deloitte’s 2025 outlook, which projects continuing record industry growth driven by AI but notes persistent demand for analog chips in automotive, industrial, and consumer sectors. Yet, Reuters reports TI’s focus on “everyday devices” like smartphones and cars, contrasting with NVIDIA’s AI chip dominance, hinting at a strategic divergence. This mature-node emphasis, while pragmatic, risks being lost in the frenetic market focus on leading-edge innovation.

What was announced merits close scrutiny. TI’s $60 billion plan (expanding on an $18 billion announcement currently underway through 2029) encompasses seven 300mm wafer fabs: four in Sherman, Texas (SM1, SM2, SM3, SM4, with SM1 and SM2 under construction for 2025-2028 production), two in Richardson, Texas, and one in Lehi, Utah (LFAB2). These facilities are designed to produce analog and embedded processing chips in 28nm to 130nm nodes, optimized for power management integrated circuits, microcontrollers, amplifiers, and sensors. The Sherman mega-site alone commands $40 billion, leveraging shared infrastructure for cost efficiency. TI’s use of 300mm wafers, rare for mature nodes in the U.S., aims to deliver low-cost, high-volume production. The press release highlights advanced silicon germanium (SiGe) technology at Sherman for high-speed applications, notably for SpaceX’s Starlink connectivity. These technical choices reflect TI’s intent to dominate cost-sensitive, high-reliability markets.

The economic ripple is undeniable. TI’s pledge to create over 60,000 U.S. jobs, including 2,000 TI roles and thousands in construction and indirect, aligns with a widespread concern about semiconductor workforce shortages amid AI-driven demand. My perspective is that TI’s investment not only addresses labor gaps but also catalyzes regional ecosystems in Texas and Utah, bolstered by Texas’ $1.4 billion CHIPS Act commitment. Yet, the multi-year timeline Sherman’s SM1 won’t produce until later this year at the earliest, tempers immediate impact, as fabs are notoriously slow to bring online.

Geopolitics is key. The press release frames TI’s efforts in the context of supply chain fragility, a callback to COVID-19 disruptions and U.S.-China tensions. The $1.61 billion CHIPS Act funding and $6–8 billion in tax credits underscore federal support, with Commerce Secretary Howard Lutnick tying the initiative to Trump’s onshoring agenda. X posts echo bullish sentiment, lauding the company’s role in U.S. tech self-sufficiency. However, my analysis questions whether mature-node chips, vital yet unglamorous, can fully address national security concerns when AI and defense increasingly demand cutting-edge silicon.

TI’s influence can be detected in their partnerships with Apple, NVIDIA, Ford, SpaceX, and Medtronic. Apple relies on TI’s power management chips for iPhones, while NVIDIA’s need for analog components in AI data centers seems endless. Ford’s Jim Farley and SpaceX’s Gwynne Shotwell emphasize domestic supply chain security, while Medtronic’s Geoff Martha credits TI for supply continuity during past shortages. Yet, NVIDIA’s dominance in AI chips, as noted by AP News, underscores a market tilt toward advanced nodes, potentially marginalizing TI’s mature-node focus.

TI’s integrated device manufacturer (IDM) model, controlling design and production, offers a competitive edge over fabless rivals like NVIDIA, which depend on TSMC. The company’s $3.8 billion R&D plus SG&A outlay in 2024, coupled with a portfolio exceeding 80,000 products, bolsters its market fortitude. Cash flow is strong at $6.318 billion, undeterred by an 11% revenue slide to $15.641 billion, underpins this resilience, empowering TI’s IDM model to navigate industry tempests.

However, the industry’s AI fervor, as Deloitte notes, may divert capital and talent toward advanced nodes, challenging attention on TI’s long-term relevance.