Next-Gen High Performance Computing

LG provides high performance computing systems that allow scalable computing hardware expansion, consolidation of safety/non-safety domains, advanced memory access and device-sharing technology for high capacity, low-latency and high-speed data processing, unified communication framework, micro service architecture and mixed critical orchestrator.

Addressing the challenges of the SDV transition requires a holistic, flexible architectural foundation that addresses hardware constraints, software coordination, and business viability as an integrated whole. The practical challenges confronting OEMs in the SDV era are not isolated technical hurdles, but an interconnected set of market demands and architectural pressures. Escalating software intricacy, structural dependencies on specific chipset solutions, intensifying regulatory mandates, and diverging cost constraints across vehicle lines form a compounding cycle of complexity. Attempting to address these elements with rigid, monolithic platforms has shown limitations, as a static single architecture cannot dynamically adapt to the diverse commercial and functional requirements of modern vehicle programs.

LG’s solution surmounts the limitations of a ‘one-size-fits-all’ approach through a high-performance computer (HPC) platform engineered around physical modularity and kernel-level hardware virtualization. At a fundamental level, this centralized architecture provides a foundation for addressing modern vehicle regulations such as UN R155/R156, as it can help reduce the attack surface and provide a more unified underpinning for software lifecycle management compared to distributed systems.