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Gerard Williams III Leaves Qualcomm: Implications of the NUVIA Acquisition

Qualcomm's $1.4B NUVIA acquisition brought Gerard Williams III onboard. His recent departure raises questions about custom CPU development and upcoming 2nm Snapdragon chips.
3 February 2026 by
TechStora Editorial Board

Background of the NUVIA Acquisition

In 2022 Qualcomm paid $1.4 billion to acquire San Diego‑based NUVIA, aiming to close the gap with Apple’s A‑series and M‑series silicon. The deal brought Gerard Williams III, NUVIA’s founder and former Apple architect, into Qualcomm’s custom‑CPU team.

Key Products Enabled by the Deal

The acquisition made possible the Snapdragon 8 Elite Gen 5, which features third‑generation Oryon cores. Qualcomm is now targeting its first 2 nm SoCs – the Snapdragon 8 Elite Gen 6 Pro and Snapdragon 8 Elite Gen 6 – expected to house fourth‑generation custom CPU designs.

Gerard Williams III’s Departure

After four years at Qualcomm, Williams announced his exit on LinkedIn, citing a desire to spend time with family and pursue personal projects such as painting his house. His farewell note emphasized humility, strength, and hunger.

Potential Impact on Qualcomm’s Roadmap

While Williams was a pivotal figure, Qualcomm likely retained a team he built, reducing risk to ongoing projects. Nonetheless, his deep expertise in power‑management and multi‑core architecture, honed during 12 years at ARM and stints at Apple, will be missed.

What Lies Ahead for Qualcomm

Qualcomm’s roadmap remains focused on delivering 2 nm silicon and expanding its custom CPU portfolio. The company’s investment in talent and the NUVIA IP stack should keep development momentum despite the leadership change.

Key Takeaways

  • NUVIA acquisition positions Qualcomm closer to Apple’s chipset performance.
  • Snapdragon 8 Elite Gen 5 and upcoming Gen 6 chips showcase the partnership’s success.
  • Williams’ exit may raise short‑term questions but the trained team mitigates long‑term risk.
  • Qualcomm continues to target 2 nm SoCs with fourth‑generation CPU designs.