High Data Rate: Supports communication speeds of up to 10 Mbps, ensuring sufficient bandwidth for high-performance applications. This is essential for systems requiring fast data exchange, like infotainment or ADAS.

Time-Triggered Communication: Uses scheduled communication slots to ensure deterministic data transfer, ideal for systems requiring precise timing. This guarantees synchronization across all nodes in time-sensitive environments.

Dual Channels: Provides redundancy by using two communication channels, enhancing fault tolerance and ensuring continued operation in case of a failure. This improves system reliability, especially in critical applications.

Static and Dynamic Segments: Combines fixed time slots for predictable data transmission with flexible slots for event-driven messages. This provides a balance of both deterministic and responsive communication for complex systems.

Fault Tolerance: Includes error detection and recovery mechanisms that ensure data integrity and uninterrupted system operation. This is crucial for mission-critical automotive applications.

Scalability: Designed to accommodate a wide range of automotive systems, from simple to complex, with multiple nodes. This flexibility allows it to grow with evolving system requirements.

Clock Synchronization: Synchronizes all devices in the network to a global time base, ensuring precise coordination of events. This is essential for systems that depend on synchronized actions, like safety-critical features.

Hybrid Communication: Supports both time-triggered (predictable) and event-triggered (responsive) communication, providing flexibility for different system needs. This enables efficient handling of both regular and spontaneous data transfers.