Ecotron’s ZCU and CCU platform enables modern zonal vehicle architectures, bringing real-time control closer to the vehicle while centralizing intelligence and coordination.
A Smarter Vehicle Architecture
As vehicle complexity increases, traditional distributed ECU systems create challenges in wiring, integration, and scalability.
Zonal architectures address this by organizing control around physical vehicle zones while centralizing computing and decision-making.
Ecotron’s platform is designed to support this transition, combining high-performance zonal controllers with a powerful central computing unit.
ZCU + CCU Breakdown
Zonal Control Unit (ZCU) – Control Where It Happens High-density I/O for sensors and actuators Integrated H-bridge and driver outputs Real-time control at the zone level CAN, LIN, and Automotive Ethernet connectivity Designed for harsh environments (IP67) Executes control at the edge of the vehicle. Click here to learn more about the EV82397A. | Central Computing Unit (CCU) – Coordinate Everything Built on the NXP S32G Centralized vehicle control and coordination High-bandwidth communication (Ethernet + CAN) Aggregates data across zones Enables system-level logic and diagnostics Acts as the central intelligence of the vehicle. Click here to learn more about the EC2232G2B01. |
How They Work Together
From Local Execution to Central Intelligence
ZCUs handle real-time signal processing, actuation, and localized control within each vehicle zone.
The CCU aggregates data from all zones, coordinates subsystems, and executes vehicle-level strategies, creating a clean, scalable system architecture.
Key Benefits
- Reduced wiring complexity
- Improved modularity and scalability
- Centralized control logic
- Faster integration and development
- Ready for software-defined vehicle platforms