Deterministic AI Compute for Autonomous Systems
Zentral Semi is developing chiplet-based AI compute and independent safety supervision architectures for automotive, robotics, and autonomous drone platforms.
The company’s Z-AI and Z-SAFE chiplets are designed to address increasing edge AI compute requirements and safety expectations in next-generation autonomous systems.
Dedicated compute and safety chiplets for autonomous machines.
Z-AI
A dedicated AI compute chiplet designed for real-time sensor fusion, perception, planning, and autonomous decision support.
Z-SAFE
An independent safety supervision chiplet that monitors autonomous AI decisions through a separate safety path.
Chiplet Architecture
Modular compute and safety functions separated into distinct chiplets to support scalable autonomous system design.
Autonomous systems require more local AI compute and stronger safety architecture.
Edge AI Demand
Autonomous systems are processing increasing amounts of sensor data locally, driving demand for higher-performance edge AI compute.
Autonomy Expansion
Automotive platforms, robotics, and autonomous drones are accelerating the need for scalable autonomous computing architectures.
Independent Safety
As AI systems influence physical-world actions, independent safety supervision becomes a critical architectural requirement.
Autonomous System Markets
Zentral Semi targets autonomous systems that operate in the physical world and require low-latency edge AI compute with independent supervision.
Automotive
Edge AI compute for ADAS and autonomy workloads requiring real-time perception, fusion, and decision support.
Robotics
Low-latency intelligence for autonomous mobile robots, industrial robotics, logistics systems, and machine interaction.
Autonomous Drones (UAS)
Onboard AI processing for navigation, inspection, mapping, and operation where connectivity cannot be assumed.
Architecture defined and platform design underway.
Architecture Defined
Architecture defined and platform design underway.
Chiplet Roadmap
Chiplet roadmap developed.
Ecosystem Engagement
Engaging with semiconductor and autonomous systems ecosystem partners.
Active engagement across the autonomous edge ecosystem.
imec Autonomous Edge Chiplet Forum
OEM Engagement Activities
Advanced Memory MRAM Evaluation
Semiconductor Ecosystem Engagement
Chiplet architecture for autonomous edge AI.
Zentral Semi's platform combines dedicated AI compute and independent safety supervision through a chiplet-based architecture designed for autonomous systems.
