Intel is reshaping its semiconductor foundry leadership, signaling a strategic pivot as it navigates the complexities of advanced node production and global supply chain management. The departure of Kevin O'Buckley, who served as the head of Intel Foundry for less than two years, will see him take up a key role at Qualcomm, effective March 2, 2026.
O'Buckley, who joins Qualcomm as Executive Vice President of Global Operations and Supply Chain, brings decades of experience from IBM, GlobalFoundries, and Marvell to his new position. At Intel, he played a pivotal role in steering the company's foundry services through a period of rapid expansion and technological challenges. His move underscores Qualcomm's aggressive push to strengthen its manufacturing partnerships and streamline the transition of chip designs into volume production.
Intel's Foundry Future: A New Era Under Chandrasekaran
Taking O'Buckley's place, Naga Chandrasekaran will assume an expanded role as Chief Technology and Operations Officer. Chandrasekaran, who has already been overseeing both the Technology Development (TD) organization and the Foundry Manufacturing and Supply Chain (FMSC) group since mid-2024, will now lead Intel's foundry operations with a broader mandate.
His responsibilities will include supervising next-generation process node development, advanced packaging, test technologies, and the day-to-day execution of Intel's global fabrication network. This consolidation of roles reflects Intel's determination to align its technology roadmap more closely with its manufacturing capabilities, ensuring smoother transitions from R&D to mass production.
Key Upgrades in Intel's Foundry Strategy
- Expanded Leadership Role: Chandrasekaran will oversee both technology development and manufacturing operations, consolidating oversight that was previously split between multiple teams.
- Stronger Focus on Advanced Packaging: Enhanced emphasis on advanced packaging solutions, including those critical for next-generation processors like the Core Ultra series.
- Global Fabrication Network Optimization: Streamlined operations across Intel's worldwide fabrication facilities to improve efficiency and responsiveness.
The shift in leadership comes at a crucial juncture for Intel. The company has been ramping up its foundry services, aiming to compete more effectively with TSMC and Samsung Foundry. Chandrasekaran's deep experience in both front-end process technology and manufacturing positions him well to address the challenges of scaling advanced nodes like those used in Intel's Core Ultra 300 series processors.
Why This Matters
For Intel, this leadership change represents more than just a reshuffling of internal roles. It reflects a strategic realignment aimed at closing the gap between cutting-edge chip design and manufacturing execution. Chandrasekaran's appointment signals Intel's intent to integrate its technology development and manufacturing operations more tightly, reducing bottlenecks that have historically plagued the industry.
Meanwhile, O'Buckley's move to Qualcomm highlights the growing importance of supply chain expertise in the semiconductor industry. As Qualcomm seeks to expand its foundry partnerships, his experience will be invaluable in navigating the complexities of global manufacturing and supplier relationships. The departure also raises questions about Intel's long-term strategy for its foundry services, particularly as it competes with established players in the market.
Looking Ahead
The next few months will be critical for both Intel and Qualcomm. For Intel, Chandrasekaran's leadership will be tested as the company continues to develop and refine its advanced packaging technologies, which are essential for processors like those in the Core Ultra series. The success of these efforts could determine Intel's ability to maintain its position in the competitive landscape of semiconductor manufacturing.
Qualcomm, on the other hand, will look to O'Buckley to strengthen its global operations and supply chain, ensuring that its chip designs transition smoothly into production. With the semiconductor industry facing unprecedented challenges, both companies will need to adapt quickly to remain at the forefront of innovation.
