The head of Intel Foundry, Kevin O'Buckley, leaves to join Qualcomm after just two years at the company; Intel Foundry will now be headed by Naga Chandrasekaran
Changing of the guard at Intel Foundry — In an unexpected turn of events, Kevin O'Buckley, the head of Intel Foundry …
Context & Ripple Effects
Intel Foundry's leadership has been in motion since Intel recruited O'Buckley from Marvell in 2024 to replace Stu Pann, a move that followed an earlier change at the top of the business. The company then reorganized Foundry leadership around Ann Kelleher's planned retirement in 2025.
O'Buckley's departure to Qualcomm makes Naga Chandrasekaran the immediate operational successor. It matters because the foundry organization is again changing hands before the prior leadership arrangement has had much time to settle.
First-order effects
- Intel Foundry shifts day-to-day leadership from O'Buckley to Chandrasekaran, requiring an immediate handover of priorities and internal accountability.
- Qualcomm gains an executive who had recently led Intel's foundry organization, while Intel loses the leader it appointed from Marvell to replace Stu Pann two years earlier.
Second-order effects
- Foundry customers, prospective customers, and internal teams must adjust to a new lead contact and wait for Chandrasekaran's operating priorities to become clear.
- The move adds pressure on Intel to demonstrate continuity after its 2025 leadership reorganization; Qualcomm can draw on O'Buckley's recent perspective on a major manufacturing rival.
Third-order effects
- If repeated leadership turnover persists, Intel Foundry's ability to present a stable execution model to customers and partners could become a competitive issue independent of its technology plans.
- The episode fits a wider contest for senior semiconductor manufacturing talent, where executive moves can transfer operational knowledge between chip designers and foundry operators.
The trend: Semiconductor companies are treating foundry leadership as a strategic battleground as chip design and manufacturing capabilities become more tightly contested.