HPC-based cockpit architecture for software-defined vehicles
Modern vehicle cockpits are shifting towards centralized high-performance digital domains that require scalable compute, seamless multi-display integration, and coordinated system intelligence. The cockpit high-performance computer (HPC) is at the core of this transformation and enables software-defined architectures for next-generation mobility.
At AUMOVIO Engineering Solutions, we use AUMOVIO’s automotive technology portfolio to design and deliver scalable cockpit HPC systems that integrate compute, displays, and camera technologies into a unified platform. This approach supports software-defined vehicles and simplifies end-to-end cockpit system architecture.
Centralized cockpit for domain consolidation
The cockpit HPC enables full cockpit domain consolidation within a single high-performance SoC. It manages:
- Instrument cluster
- Infotainment system
- Head-up display
- Multiple display outputs
- Camera-based functions
This architecture reduces system complexity while improving coordination, performance, and efficiency across all cockpit functions and supporting multiple high‑resolution displays and direct integration of DMS, Surround view, RVC and digital mirror.
Scalable and future-proof SDV architecture
The cockpit HPC is based on modular, chip-based architecture designed for software-defined vehicle roadmaps. It supports scalable performance across different vehicle segments and enables clear upgrade paths for future features. The architecture is reusable across vehicle generations, which increases long-term platform efficiency and consistency.
Multi-display and camera system integration
The cockpit HPC integrates advanced visualization and sensing systems into one architecture. This includes multiple high-resolution displays such as clusters, central displays, and passenger displays, as well as driver monitoring systems, surround view systems, rear-view cameras, and digital mirror functions.
This integration ensures that all cockpit visual and perception systems operate within a unified and synchronized ecosystem.
Optimized hardware and software architecture
The system is designed for robust, real-time performance through:
- AUTOSAR-based real-time processing cores
- Linux / Android domains for infotainment and UX layers
- Deterministic system behavior with high-performance computing separation
This hybrid architecture ensures safety, responsiveness, and user experience excellence.
OTA-ready and cloud-connected cockpit platform
The cockpit HPC functions as a central digital node within the vehicle ecosystem. It supports over-the-air software updates, feature activation, lifecycle upgrades, and cloud-connected services. This enables continuous improvement of display features, user interfaces, and cockpit functions throughout the vehicle lifecycle.
Reduced electrical and electronic system complexity
By consolidating multiple functions into a single platform, the cockpit HPC significantly reduces electrical and electronic system complexity. This results in fewer electronic control units, reduced wiring and hardware requirements, simplified diagnostics, and clear technical ownership across systems, displays, and cameras.
This system consolidation also reduces integration risk and improves overall vehicle reliability.
By consolidating multiple functions into a single platform, the cockpit HPC significantly reduces electrical and electronic system complexity. This results in fewer electronic control units, reduced wiring and hardware requirements, simplified diagnostics, and clear technical ownership across systems, displays, and cameras.
This system consolidation also reduces integration risk and improves overall vehicle reliability.
System supplier approach for faster integration
AUMOVIO Engineering Solutions operates as a full system supplier for cockpit HPC solutions. We deliver complete integrated systems rather than individual components.
This approach enables faster integration, reduced development effort, clearer responsibilities across system layers, and shorter time-to-market for OEM programs.
Single provider ecosystem
The solution includes a fully integrated ecosystem consisting of cockpit HPC platforms, multi-display configurations, integrated camera and vision systems, and full system integration and validation support.
Cockpit HPC systems are redefining vehicle architecture by enabling centralized compute, scalable software-defined platforms, and fully integrated cockpit ecosystems. Through a system-level approach, we enable next-generation intelligent, connected, and software-defined vehicles.