Cockpit Electronics

Head Unit

LG Vehicle component Solutions (VS) Company aims to provide leading core processing solutions that cover in-vehicle infotainment (IVI) as well as flexible, scalable car computing, leading the way toward the software-defined vehicle (SDV) era.

Customization which customers truly need

Thanks to the flexibility and scalability of our electrical/ electronic (E/E) architecture, we ensure true customization for customers and partners.

Hardware and software coupling

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Hardware and software decoupling

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Hardware and software coupling

Customization which customers truly need/global/mobility/images/headunit/vs-hq-headunit-overview-slider-bottom-m.png

Hardware and software decoupling

1) ECU (Electronic Control Unit)
2) HPC (High Performance Computing)
3) SDN (Software-Defined Network)

Our technical roadmap

We are committed to developing next-generation head unit solutions through our strong customer partnerships.

1) AV/ AVN (Audio Video/ Audio, Video and Navigation)
2) CDC (Cockpit Domain Controller)
3) xDC (Cross Domain Controller)
4) SDV (Software-Defined Vehicle)
5) VM (Virtual Machine)
6) AUTOSAR (AUTomotive Open System ARchitecture)
7) SOA (Service-Oriented Architecture)

Cockpit domain controller (CDC)

Our CDC solutions support hardware agnostic multi VM environment, enabling feature-on-demand, simple guest VM add-on, and inter VM communication.

Key-features

• Hardware agnostic multi VM for scalability and reusability
• Inter X sharing framework for graphic and display sharing between VMs
• Feature-on-demand service based on container

CDC reference platform

We have integrated all IVI functions using a single high-performance system on chip (SoC).
CDC demonstration

Our virtualization technology provides you with the most seamless in-vehicle display experience.
CDC architecture concept

A gateway–centric E/E architecture that integrates two functions of each domain and controller using a single high-performance SoC.

Cross domain controller (xDC)

We have consolidated our advanced driver-assistant system (ADAS) and IVI controller, sporting a system architecture on SoC, all while adhering to various automotive safety integrity level (ASIL) requirements.

Key-features

• ECU consolidation with IVI and ADAS for optimal performance, flexibility and cost effectiveness
• Improved ADAS user experience based on rich, real-time communication between IVI and ADAS domains
• Advanced solutions applicable to future trend of E/E architecture consolidation

xDC reference platform

IVI-ADAS integrated domain controller.
xDC demonstration

We are a source of core technology that provides intuitive convenience for end-users and customers alike, offering the integration of two ECUs and in-cabin interface.
xDC architecture concept

Cross-functional E/E architecture that interfaces the gateway, domain, and controller to centralizes the vehicle architecture.

High performance computing (HPC)

Our HPC systems 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.

Key-features

• Replaceable and upgradable compute modules to peripheral interface board
• Scalable platform from entry to premium with cockpit, autonomous driving (AD), and other vehicle domain consolidation
• Device sharing and system extension through peripheral component interconnect express (PCIe)
• High bandwidth ethernet/ time-sensitive networking (TSN) for supporting zonal architecture
• Advanced cooling system with failover mechanisms
• SDV-ready platform with safety certified OS and unified communication framework

HPC reference platform

We provide automotive high-performance compute system for next generation mobility.
HPC demonstration

Our HPC is the backbone which enables high speed networking between CDC and AD/ ADAS for HPC while profiling multiple computing resources.
HPC architecture concept

Zonal E/E architecture that vehicle centralized with cockpit computing, vehicle gateway and zonal aggregator.