QNX

QNX RTOS manages sensor data acquisition from cameras and radar.

Adaptive Partitioning guarantees CPU resources for critical ADAS tasks.

Black Channel Communication ensures safe communication between ADAS components.

The system reacts to potential hazards in real-time, preventing accidents.

QNX RTOS manages robot arm movements and sensor feedback.

The system integrates with industrial communication protocols (e.g., EtherCAT).

Safety functions are implemented to prevent collisions and ensure worker safety.

The robot performs repetitive tasks with consistent accuracy.

QNX RTOS manages sensor data from medical equipment.

The system performs real-time analysis of patient vital signs.

Alarms are triggered in case of critical events.

The device operates safely and reliably, ensuring patient well-being.

QNX RTOS manages flight control surfaces and navigation systems.

The system integrates with aerospace communication protocols (e.g., ARINC 429).

Redundancy mechanisms are implemented to prevent system failures.

The aircraft operates safely and reliably, ensuring passenger safety.

QNX Hypervisor virtualizes Android and QNX RTOS on a single SoC.

Android manages infotainment and connectivity features.

QNX RTOS controls safety-critical functions such as instrument cluster.

The system provides a unified and secure digital cockpit experience.