By introducing a multi-system-on-a-chip solution, Zlingsmart's rail transportation solution cater to the diverse safety-level requirements of various business needs, integrating previously separate Linux, RTOS, and bare-metal systems into a universal system. This approach offers the following advantages:

• Facilitated Business Software Development: It enables the decoupling of software from underlying hardware, significantly enhancing the cross-platform portability of business software. This allows for easier and more efficient software development tailored to different business requirements.

• Secure and Reliable Resource Isolation: The multi-system-on-a-chip design ensures secure and reliable isolation between different business systems, minimizing the risk of interference or conflicts. This ensures that critical systems run smoothly without being impacted by other non-critical applications.

• Efficient Resource Reuse and Cross-Domain Business Collaboration: By consolidating multiple systems onto a single chip, resources are efficiently reused, reducing waste and optimizing overall performance. Additionally, it enables seamless collaboration between different business domains, promoting more integrated and efficient operations.

• Elastic Deployment Capability for Multi-Business Systems: The solution provides flexibility in deploying various business systems, allowing for the dynamic scaling of resources based on demand. This ensures that systems can adapt to changing operational requirements, optimizing resource utilization and ensuring smooth operations even during peak periods.

By integrating intelligent driving, smart interaction, intelligent operation and maintenance, and other computing scenarios into a centralized computing system, Zlingsmart's solution efficiently schedules and allocates computing resources, maximizing resource utilization. This approach offers the following advantages:

• Meeting Dynamic Evolutionary Needs of Intelligence: The centralized computing system is designed to adapt to the ever-evolving demands of intelligent systems. As new technologies and functionalities emerge, the system can seamlessly integrate them, ensuring that the overall system remains up-to-date and capable of handling future challenges.

• Separation of Intelligent Services: By separating different intelligent services within the centralized system, each service can operate independently, reducing the risk of interference and improving overall system stability. This also facilitates easier maintenance and upgrades of individual services.

• Dynamic Resource Adjustment: The system dynamically adjusts computing resources based on real-time demands, ensuring that critical services receive the necessary resources when needed. This ensures optimal performance and responsiveness, even during periods of high demand.

• Flexible Resource Allocation Based on Functional Safety, Priority, and Compute Characteristics: The centralized system allows for the flexible division of resources based on various factors, including functional safety requirements, business priorities, and compute characteristics such as real-time performance and reliability. This ensures that resources are allocated efficiently and effectively, meeting the unique needs of each service.

• Support for Vertical and Horizontal Device Upgrades: The solution supports both vertical and horizontal upgrades of devices, enabling seamless integration of new hardware and software components as they become available. This ensures that the system remains future-proof and capable of handling the latest technologies and functionalities. Additionally, the ability to scale horizontally allows for the expansion of the system as needed, accommodating growing demands and increasing workloads.

Rail Cockpit

Incorporating foundational information display, multimedia entertainment, intelligent interaction, and smart monitoring into a cohesive display solution, Zhongling Zhixing's platform offers numerous advantages through efficient multi-screen fusion on a single chip, platform-based deep software-hardware decoupling, rapid boot-up, and secure partitioning with resource sharing.

• Integrated Display Experience

• One-Chip Multi-Screen Fusion for Efficiency and Cost Reduction

• Platform-Based, Deep Software-Hardware Decoupling

• Rapid Boot-Up for Enhanced User Experience

• Secure Partitioning and Resource Sharing