GAC Group‘s latest advancement in automotive technology brings a remarkable enhancement to its Intelligent System Composition. This system is a sophisticated blend of hardware and software components that include the Digital Mirror Cloud, three core computer clusters—central, intelligent driving, and infotainment—and several zone controllers. This blog explores the cutting-edge features of this system, detailing how each component contributes to a significant leap in performance compared to previous generations.
System Composition
Digital Mirror Cloud
The Digital Mirror Cloud is a pivotal element of GAC‘s Intelligent System, facilitating seamless integration and synchronization across the vehicle’s various digital services. This component ensures that data flows efficiently between the digital interfaces and the physical components of the car, enhancing user interaction and safety features.
Core Computer Clusters
- Central Computer Cluster: This serves as the brain of the vehicle, managing overall operations and ensuring that different systems communicate effectively.
- Intelligent Driving Computer Cluster: Specifically designed for processing the vast amounts of data required for autonomous driving features, this cluster handles everything from environmental detection to decision-making processes.
- Infotainment Computer Cluster: Focused on providing an enriched user experience, this cluster powers the entertainment and information systems, ensuring high performance and responsiveness.
Zone Controllers
The zone controllers are distributed throughout the vehicle to manage local functions such as lighting, climate control, and window operation. These controllers are integral in reducing the system’s complexity by handling specific tasks independently but remain interconnected for overall system efficiency.
Performance Enhancements
The latest iteration of GAC’s Intelligent System Composition represents a monumental leap in automotive technology, characterized by significant enhancements in performance metrics.
Computing Power
With an increase in computing power by up to 50 times compared to the previous generation, GAC’s new system can process data faster and more efficiently. This boost is crucial for supporting advanced autonomous driving functionalities and complex infotainment applications without lag.
Data Rate Improvement
The system’s data rate has improved tenfold, enabling quicker transmission of larger volumes of data. This enhancement is vital for real-time applications, such as live traffic updates in navigation systems and immediate responsiveness in autonomous driving decisions.
Reduction in Harness Loops and Controllers
The restructured system has approximately 40% fewer harness loops and around 20 fewer controllers. This reduction not only simplifies the vehicle’s wiring and lowers the overall weight but also minimizes potential points of failure, thereby increasing reliability.
Implications for the Automotive Industry
Enhanced Vehicle Efficiency and Safety
The streamlined architecture not only makes the electric vehicle lighter and more efficient but also enhances safety. With fewer components to manage, the likelihood of hardware failures is significantly reduced, and vehicle diagnostics become more straightforward.
Future-Proofing
The scalability of the system allows for future upgrades and integrations. As automotive technology evolves, GAC’s Intelligent System Composition can adapt to incorporate new features and capabilities without extensive overhauls.
Consumer Experience
End-users benefit from a more responsive and reliable vehicle, enriched by advanced driver-assistance systems (ADAS), superior infotainment offerings, and an overall safer driving experience.
Conclusion
GAC’s revamped Intelligent System Composition sets a new standard in the automotive industry. By harnessing the power of advanced computing clusters and streamlined electronic architecture, GAC not only improves the performance and efficiency of its vehicles but also enhances the driving experience in terms of safety, comfort, and convenience. As GAC continues to innovate, its Intelligent System Composition will undoubtedly play a crucial role in shaping the future of automotive technology, driving us towards a smarter, more connected automotive ecosystem.
