Intel Foundry Services Head Leaves For Qualcomm Supply Chain Post

Why It Matters

His departure gives Qualcomm a seasoned semiconductor operations leader while Intel must maintain momentum in a highly competitive contract‑chip market, highlighting the challenges of scaling its foundry ambitions. The shift underscores the importance of supply‑chain expertise in the AI‑driven chip race.

Key Takeaways

• Kevin O'Buckley joins Qualcomm as VP of global supply chain.
• Intel Foundry Services loses senior vice president after two years.
• Qualcomm gains Intel's foundry operational expertise.
• Intel still lacks marquee customers for its foundry business.
• Naga Chandrasekaran now oversees Intel Foundry's technology and operations.

Pulse Analysis

Intel Foundry Services (IFS) was launched in 2021 as the chipmaker’s answer to the growing demand for external silicon production. The unit aims to leverage Intel’s advanced process nodes, such as the upcoming 14A, to attract data‑center, edge and AI customers who traditionally rely on TSMC or Samsung. Despite heavy investment and a revised go‑to‑market model, IFS has struggled to secure marquee contracts, a shortfall that has kept revenue projections modest. The leadership turnover reflects the broader difficulty of converting technology leadership into commercial wins.

Kevin O’Buckley’s move to Qualcomm injects a veteran foundry operator into a company that has been expanding its own fab capabilities and supply‑chain footprint. At Qualcomm, O’Buckley will oversee global operations, helping the firm scale its Snapdragon and AI‑focused silicon while tightening component sourcing. His experience in coordinating complex wafer‑level production and customer delivery is likely to accelerate Qualcomm’s ambition to become a more vertically integrated player, intensifying competition for design‑win opportunities with both Intel and the dominant Asian foundries.

For Intel, the departure underscores the urgency of stabilizing its executive team around Naga Chandrasekaran, who now commands both technology development and manufacturing for the foundry. Maintaining discipline in execution, deepening relationships with potential customers testing the 14A node, and delivering consistent volume will be critical to prove the viability of IFS. Analysts suggest that success will hinge on transparent roadmap communication and competitive pricing, especially as AI workloads drive demand for low‑power, high‑performance chips. The next quarter will reveal whether Intel can translate its strategic priority into tangible market share.