Inside Texas Instruments’ $60 Billion U.S. Megaproject: Where Apple Will Make iPhone Chips
Apple’s relentless drive for technological innovation has always depended on a complex and resilient supply chain. In 2025, that supply chain is taking a dramatic new turn: Texas Instruments (TI) is at the heart of a $60 billion U.S. megaproject, anchoring the domestic production of advanced chips for upcoming iPhone devices[1][2][3]. This initiative is part of Apple’s sweeping commitment to strengthen U.S. manufacturing—a strategy reshaping the global semiconductor landscape.
A New Era in U.S. Chip Manufacturing
Apple’s latest manufacturing roadmap marks a decisive pivot toward American-made technology[1][2][3]. At the core is the partnership with Sherman-based GlobalWafers America (GWA), which produces 300mm silicon wafers—the essential building block for all modern chips. These wafers, sourced from U.S. silicon providers like Corning’s Hemlock Semiconductor, now feed directly into TI’s new Sherman facility, as well as its upgraded Lehi, Utah plant[1][2]. For the first time, Apple’s critical foundational semiconductors for iPhones and iPads will be manufactured entirely on American soil.
This transition is not just about location; it’s about capability. TI’s Sherman site will deploy some of the world’s most advanced process technologies, utilizing cutting-edge manufacturing equipment from Applied Materials’ Austin hub and GWA’s ultra-pure wafers[1][2]. Such investments position the U.S. to compete with traditional semiconductor powerhouses in Asia, like TSMC.
Texas Instruments: The Sherman Megaproject
The Sherman, Texas facility is the centerpiece of TI’s $60 billion commitment to domestic semiconductor manufacturing[1]. Designed from the ground up for scalability and technical excellence, the plant will produce the critical logic and power management chips that underpin Apple’s flagship devices.
Key aspects of the Sherman megaproject include:
- Advanced Process Technology: The facility will leverage TI’s latest fabrication techniques, enabling smaller, faster, and more energy-efficient chips for Apple’s next-gen iPhones[1][2].
- Local Supply Chain: By working with GWA and Applied Materials, TI ensures that each step of chip production—from raw silicon to finished device—stays within the U.S., reducing geopolitical risks and transportation costs[1][2].
- Expansion Potential: TI’s Sherman site is built for future growth, with modular cleanrooms and infrastructure ready to accommodate new process nodes and increased demand as Apple’s product portfolio expands.
Apple’s Strategic Partnerships
Apple’s megaproject with TI is just one part of a broader reshoring effort. The company is also collaborating with other U.S. partners, such as TSMC in Arizona for chip fabrication, Samsung in Austin for new chip technologies, and Amkor in Arizona for advanced packaging and testing[1][2]. These partnerships ensure Apple’s supply chain is both diversified and deeply rooted in American manufacturing expertise.
In North Texas alone, Apple has signed new multiyear agreements with local suppliers like Coherent (for VCEL lasers used in Face ID) and MP Materials (for rare earth magnets in iPhones), further strengthening the region’s role in global technology production[3]. These investments will help create thousands of high-skilled jobs and spur innovation across the semiconductor ecosystem.
Why This Matters: Economic and Technological Impact
Bringing chip manufacturing back to the U.S. carries significant implications:
- Supply Chain Security: By reducing reliance on overseas fabs, Apple and TI can better manage risks related to geopolitical tension, natural disasters, or global pandemics[1][2].
- National Competitiveness: The Sherman facility is a flagship for American semiconductor prowess, helping the U.S. reclaim leadership in a sector vital for everything from smartphones to defense systems.
- Job Creation: The megaproject is expected to generate thousands of engineering, manufacturing, and support jobs in Texas and across the country[1][3].
- Innovation Acceleration: Proximity to Apple’s R&D and TI’s manufacturing expertise enables faster development of new chip architectures, power management solutions, and wireless technologies—all of which will be key to future iPhones.
The Future of iPhone Chips: What Consumers Can Expect
For consumers, the $60 billion TI megaproject promises more than just a new manufacturing address. It means:
- Faster Performance: Next-gen chips fabricated in Sherman will deliver greater speed and efficiency, powering AI, graphics, and connectivity features for Apple’s most ambitious devices[1][2].
- Longer Battery Life: Advanced power management and wireless chips made in partnership with GlobalFoundries and TI will extend device run-time and enable new capabilities[2].
- Enhanced Sustainability: Apple’s focus on U.S.-sourced materials and domestic recycling initiatives (such as with MP Materials) aligns with its pledge for carbon-neutral products and responsible resource use[3].
Conclusion: A Blueprint for the Future
Texas Instruments’ Sherman megaproject, supported by Apple’s vast resources and vision, is more than a manufacturing initiative—it’s a blueprint for the next era of American technology leadership. By bringing together the best in process engineering, supply chain management, and collaborative innovation, Apple and TI are setting the stage for a future where the world’s most advanced iPhone chips are made in the heart of Texas[1][2][3]. The ripple effects will be felt in every sector touched by semiconductors, from consumer electronics to national security, marking a new chapter in the story of U.S. manufacturing.
As construction ramps up and production begins, all eyes will be on Sherman—a small Texas city, now home to the world’s most ambitious chipmaking project. The next iPhone you buy may carry not just the Apple brand, but the legacy of American ingenuity, built right here in the Lone Star State.
Original source: CNBC Business – Inside Texas Instruments’ $60 billion U.S. megaproject, where Apple will make iPhone chips
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