Multi-system Collaboration

Multi-terminal Collaboration

Primarily addresses the issue of ecosystem interconnectivity, enabling users to fulfill mobile interconnection requirements such as CarPlay, Android Auto, CarLife, HiCar, CarLink, and also facilitating intercommunication among multiple terminals within the solution (e.g., multi-screen setups, control PADs, etc.).

Multi-terminal Collaboration

Solution Architecture

Chip Platform

Mainstream SoC

Base System

RAITE Hypervisor + Android

System Services

Diagnostic services, file services, network services, inter-domain communication, hardware drivers, signal conversion, etc.

Functional Services

Seamless application ecosystem flow, multi-terminal interconnection, computing power sharing, etc.

System Advantages

  • Efficient interconnectivity and seamless flow, fostering ecosystem sharing and maximizing computing resource utilization.
  • Supports both USB wired interconnection and WiFi/BT wireless interconnection modes.

Application Scenarios

Vehicle-driver interconnection, display and control system interconnection with mobile devices, edge computing integration, etc.

Customer confidence

Our comprehensive suite of products, tools, and lifecycle services is tailored to empower the development and support of industrial control and smart product solutions. Our offerings have been rigorously enhanced and fortified in terms of real-time performance, security, and stability, ensuring their readiness for large-scale commercial deployment.

Accelerate the launch of products to the market

  • Multiple proven solutions
  • Compatibility and adaptability with various hardware platforms
  • Engineers with extensive practical experience
  • Comprehensive middleware and toolset support
  • Continuous Integration and Continuous Delivery (CI/CD)

Reduce risks and costs of product development

  • Rigorous testing procedures ensure product safety and stability.
  • Comprehensive and stable solutions eliminate the need for customers to invest in developing underlying support systems, reducing their overall development costs.
  • Rapid issue identification and localization minimize the time and human resources required to address problems introduced by unsupported open-source systems, ensuring efficient resolution and cost savings.

Full lifecycle support services

  • Full-range services covering hardware and software architecture, kernel design, BSP (Board Support Package), driver development, and middleware customization.
  • Long-term system technical support and services to facilitate product mass production, maintenance, and upgrades.
  • Regular updates provided on demand to ensure systems stay up-to-date and optimized.