Design and Assembly of an Automotive-Grade Chiplet-Based Multiple Systems-on-Chip
By Francois Piednoel, Athos Silicon
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 Piednoel, Chief mSoC™ Architect, 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.
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