EE TIMES KEYNOTE | DESIGN AND ASSEMBLY OF AN AUTOMOTIVE-GRADE CHIPLET-BASED MULTIPLE SYSTEMS ON CHIP
SANTA CLARA, CA — Athos Silicon is proud to share the keynote presentation by Francois Piednoel, Chief mSoC™ Architect, Design and Assembly of an Automotive-Grade Chiplet-Based Multiple Systems-on-Chip. Delivered as a featured keynote at EE Times | The Future of Chiplets 2025, the conference focused on the latest advances in chiplet integration and semiconductor packaging.
The presentation introduces a unified compute architecture for safety-critical systems in robotics, automotive, and avionics, forming the foundation for the next generation of safe autonomy.
Francois explains how the mSoC™ integrates power management, scheduling, and hardware voting into a single control framework. The system dynamically manages power across redundant cores, ensures safe and deterministic real-time task scheduling, and uses hardware voting to maintain trust in outputs even during hardware faults. This approach eliminates single points of failure and simplifies the path to ASIL-D and aerospace-grade certification.
The EE Times -The Future of Chiplets 2025 event is free to register and watch online. Registration is available at chiplets.eetimes.com.
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About Athos Silicon
Athos Silicon, founded in 2025, is building the world's first functionally safe chiplet-based compute platform for real-time autonomy in robotics, automotive, and avionics. Its Multiple Systems on Chip (mSoC™) architecture enables modular scaling of compute resources with safety, determinism, and power efficiency. mSoC™ unlocks a new era of trusted, certifiable autonomy.
About EE Times
EE Times offers design engineers and management executives news and analysis of the latest technologies and business developments in the global electronics industry. Award-winning journalists and subject matter experts strive to cover not just what happened today but why it happened and what it portends for the future..