7StarLake's L4 solution, developed across Intel, Ampere, and NVIDIA platforms, emphasizes achieving high levels of automation while placing safety at the forefront. By integrating safety islands into the system architecture, this solution enhances redundancy in critical components such as sensors, processors, and communication networks. The incorporation of safety islands facilitates seamless failover and recovery, minimizing the risk of single points of failure and enhancing the vehicle's resilience in demanding driving scenarios.

 

Building upon the principles of the L4 solution, 7StarLake's L5 solution on Intel, Ampere, and NVIDIA platforms represents the pinnacle of safety in autonomous mobility. Safety islands are integral to this solution, providing redundant systems for perception, decision-making, and control. With advanced safety features including redundant power supplies, isolated communication channels, and independent verification mechanisms, this solution establishes new standards for safety in fully autonomous vehicles.

 

Safety islands serve as dedicated subsystems within the autonomous vehicle architecture, designed to ensure the integrity and reliability of critical functions. By segregating safety-critical components from non-essential systems, safety islands mitigate the risk of single points of failure and enhance the vehicle's resilience to faults, errors, and cyberattacks. Through seamless integration with safety islands, 7StarLake's solutions on Intel, Ampere, and NVIDIA platforms herald a new era of autonomous mobility where safety takes precedence.

NV300 represents a cutting-edge ultra-small-form-factor (USFF) MIL-SPEC rugged edge computing solution.

The TEC300S, an IP65 Rugged Edge MXM-GPU Computer powered by Ampere® Altra® Q64, emerges as an optimal solution for enterprises aiming to enhance their edge computing infrastructure.