Visteon Shanghai Automotive Electronics Co., Ltd.

SmartCore™ is the foundation of Visteon's digital cockpit solution, consolidating multi-domain functions such as instrumentation, infotainment, displays and driver assistance into a single centralized controller to enable a software-defined cockpit. The domain controller supports multi-display environments, cloud-connectivity integration, advanced security features and comprehensive telematics capabilities.

Model: SmartCore cockpit domain controller; Architecture: single centralized multi-domain controller (1); Displays: multi-display fusion; Security: advanced hardware-level security; Connectivity: cloud connection + comprehensive telematics

• Digital cockpit
• Multi-display fusion
• Centralized E/E architecture
• Software-defined vehicle

The next generation of SmartCore, unveiled at CES 2026 and first fitted to India's Mahindra XUV7X0, builds on the first generation by integrating cockpit electronics, 360-degree surround-view camera technology and advanced telematics into a three-screen linked user experience running on the Mahindra Adrenox+ in-vehicle platform.

Model: SmartCore Pro; Display setup: 3 linked screens; Integrated functions: cockpit electronics + surround view + telematics; Host platform: Mahindra Adrenox+; Production: 2026 (XUV7X0)

• India's best-selling SUV XUV7X0
• Premium multi-screen cockpit domain control

A production-ready high-performance central compute solution built on the Snapdragon Cockpit Elite platform for centralized and zonal architectures of software-defined vehicles. It consolidates multiple ECUs into one powerful platform, runs generative AI models at the edge (with the built-in cognitoAI Concierge digital assistant) and delivers an AI-defined adaptive cockpit experience with multi-user concurrent sharing and personalized configurations.

Model: High Performance Compute on Snapdragon Cockpit Elite; CPU: Qualcomm custom Oryon cores; Performance: 3x previous cockpit platform, 12x NPU AI performance; AI assistant: cognitoAI Concierge (QWEN 7B model); Audio: Dolby with 24+ speakers; Architecture: multi-ECU consolidation

• Flagship central compute
• AI-defined cockpit
• Multi-user shared cockpit platform

Unveiled by Visteon at CES 2026, the AI-ADAS compute module is based on the NVIDIA DRIVE AGX Orin platform and DriveOS operating system, fusing AI-accelerated driver-assistance computing with cockpit computing to provide the in-vehicle compute foundation for an edge-to-cloud AI architecture.

Model: AI-ADAS compute module on NVIDIA DRIVE AGX Orin; Compute platform: NVIDIA DRIVE AGX Orin; Operating system: NVIDIA DriveOS; Inference framework: TensorRT-Edge-LLM inference SDK; Launch venue: CES 2026

• AI-enhanced driver assistance
• Intelligent vehicle edge computing

An edge-to-cloud AI arbitration architecture built on NVIDIA technologies for software-defined vehicles, dynamically allocating AI workloads between the vehicle and the cloud according to latency, privacy and connectivity: latency-sensitive functions stay at the vehicle edge, while large inference models go to the cloud for fleet learning and predictive maintenance. The platform is delivered as a complete automotive-grade AI operating system (AIOS) stack covering model training, optimization and lifecycle management.

Model: Edge-to-Cloud AI Platform (AIOS); Architecture: edge-cloud AI arbitration (2 tiers); Foundation models: NVIDIA Nemotron open models (speech/vision/RAG/LLM); Microservices: NVIDIA NIM; Data compliance: regional data-sovereignty deployment; Delivery: complete automotive AIOS software stack (1)

• In-cockpit AI assistant
• Fleet-level continuous model evolution
• Predictive maintenance

SmartRide is Visteon's cost-optimized cockpit solution: single-chip integration delivers system cost savings of around 25%, an AR Maker toolchain accelerates development, and the package targets A/B-segment vehicles with integrated L2+ ADAS capability.

Model: SmartRide; Cost: about 25% system cost saving via single-chip integration (1 chip); Toolchain: AR Maker rapid development; ADAS: integrated L2+; Target: A/B-segment vehicles

• Entry to mid-range cockpits
• A/B-segment vehicles
• L2+ driver assistance
• Value-oriented cockpit

S3C (Super Cluster Compute for Car) is Visteon's advanced cross-domain fusion computing solution, offering an optimized compute architecture with enhanced thermal efficiency, support for next-generation SoCs and superior ADAS visualization capability.

Model: S3C; Architecture: 1 optimized cross-domain compute platform; Thermal: enhanced cooling efficiency; SoC: next-generation chip support; Visualization: superior ADAS visualization

• Cross-domain fusion
• Central compute platform
• ADAS visualization
• Premium cockpit

SmartIVI + Camera is Visteon's integrated solution offering a cost-competitive infotainment system, with in-house automotive camera modules and native voice and language assistants integrated; display sizes cover 8 to 12 inches.

Model: SmartIVI + Camera; Display: 8-12 inches; Camera: 1 in-house automotive camera module; Voice: native voice and language assistant; Positioning: cost-competitive cockpit

• In-vehicle infotainment
• Automotive vision
• Entry-level cockpit
• Voice interaction

Visteon's Premium Series digital instrument clusters target high-end vehicles with rich 2D/3D graphics and OTA software update capability, compatibility with mainstream in-vehicle networks and brightness of up to 1000 cd/m².

Model: Premium Series; Display size: 10.25-12.3 inches; Max resolution: 2880x1080; Processor: quad-core 1.1GHz; Video interface: 3 inputs / 2 outputs; Brightness: up to 1000 cd/m²

• High-end vehicle digital clusters
• 3D graphics clusters
• Vehicle network integration

Visteon's Mid-Range Series digital instrument clusters balance performance and cost, providing clear information presentation and customizable layouts, compatible with mainstream automotive operating systems and HMI tools (Altia, Kanzi).

Model: Mid-Range Series; Display size: 10.25-12.3 inches; Max resolution: 1920x720; Processor: dual-core 700MHz; Video interface: 1 input / 1 output

• Mid-range vehicle digital clusters
• Customized HMI
• Volume-production cockpit clusters

Visteon's Entry Series digital instrument clusters serve cost-sensitive applications, delivering reliable and proven performance in the 7 to 10.25 inch range with OTA software update support.

Model: Entry Series; Display size: 7-10.25 inches; Max resolution: 1280x768; Processor: dual-core 372MHz; Brightness: up to 1000 cd/m²

• Economy vehicle digital clusters
• Cost-sensitive cockpits
• Basic information display

Visteon's Android-based automotive infotainment system is one of its dual-platform offerings: the Android Platform is built on the latest Android architecture with a rich app ecosystem, driven by the industry-leading MediaTek and Qualcomm chipsets.

Model: Android Platform; OS: based on the latest Android architecture; Chipsets: MediaTek/Qualcomm (2); Ecosystem: rich Android app ecosystem; Integration: pre-integrated to shorten development cycle

• In-vehicle infotainment head unit
• Digital cockpit
• Connected services
• App ecosystem

The Phoenix™ Platform is the other platform in Visteon's dual-platform infotainment offering: an HTML5 solution running on Linux, supported by NXP and MediaTek processors, providing maximum flexibility and customization capability.

Model: Phoenix Platform; OS: Linux + HTML5; Processors: NXP/MediaTek (2); Feature: high flexibility and customization; Positioning: one of the 2 platforms

• In-vehicle infotainment head unit
• Customized cockpit UI
• Cross-platform cockpit

Visteon's large-format curved automotive display solution supports integrated multi-screen setups of up to 49 inches, using advanced forming and optical integration technologies to maintain curved-surface clarity and uniformity, while proprietary lens and bonding processes reduce reflections, deliver deep black and ensure consistent visual performance under varying lighting.

Model: Large Format Curved Displays; Max size: 49 inches (multi-screen integration); Process: curved forming + optical integration; Features: reduced reflection / deep black; Fit: brand-specific curvature

• Wall-to-wall cockpit display
• Center stack large screen
• Curved smart cockpit
• Automotive displays

Active Privacy display technology reduces driver distraction while preserving brightness and color accuracy for passenger content, offering customizable privacy zones and viewing angles, and it can be extended to any size, aspect ratio and resolution.

Model: Active Privacy; Privacy: customizable privacy zones and viewing angles (2 parameters); Compatibility: any size / aspect ratio / resolution (3); Features: maintains brightness and color accuracy; Purpose: driver distraction prevention

• Passenger privacy display
• Driver distraction prevention
• Automotive displays
• Multi-screen cockpit

The Mini-LED display architecture uses blue LED backlighting combined with a quantum dot film and a proprietary optical stack to deliver higher contrast, brightness and color performance, improving sunlight readability, and can be deployed at scale in the mid-to-high vehicle segments.

Model: Mini-LED display; Backlight: blue LED + 1 quantum dot film; Optics: proprietary optical stack; Performance: high contrast / high brightness / wide color gamut; Deployment: mid-to-high vehicle segments

• Mid-to-high vehicle displays
• Sunlight readability
• Automotive displays
• High-contrast cockpit screens

The Hidden Driver Monitoring System integrates the driver monitoring camera beneath the display surface for a seamless cockpit design with no visible openings; proprietary optical stack technology maintains sensing performance while enabling scalable, cost-efficient deployment across vehicle models.

Model: Hidden DMS; Integration: 1 camera beneath the display; Design: no visible openings; Optics: proprietary optical stack for sensing; Deployment: scalable across vehicle models

• DMS driver monitoring
• Seamless cockpit design
• Automotive displays
• Safety sensing

microZone™ is a high-performance automotive display solution that adds an optical layer on top of TFT, delivering wide color gamut and significantly higher contrast than conventional LCD, with picture quality comparable to OLED but longer life and a more cost-effective architecture.

Model: microZone; Structure: 1 optical layer on TFT; Color gamut: wide; Contrast: above conventional LCD; Life: long life with cost-efficient architecture

• High-performance automotive display
• OLED-grade cockpit picture quality
• Automotive displays
• Long-life solutions

Visteon's CES 2024 Innovation Awards honoree is a hidden decorative touch display product. Its surface presents a wood or metal texture that blends into interior trim; normally invisible, it appears as a fully configurable control panel when a sensor detects an approaching hand, replacing conventional physical buttons to control windows, HVAC, audio and other functions.

Model: Deco Trim Command and Control Display; Appearance: wood / metal textured hidden display surface; Activation: gesture sensing appearance / disappearance (2 states); Controllable: windows / HVAC / audio, etc.; Award: CES 2024 Innovation Award; Release: November 2023

• Luxury vehicle hidden control panel
• Hidden-surface cockpit interaction

Digital cluster displays provide high-resolution TFT imaging, customizable information layouts, seamless cluster integration and an advanced driver information system for instrument applications, serving as the core display unit of the cockpit instrument area.

Model: Digital Cluster Displays; Display: 1 high-resolution TFT unit; Layout: customizable information layout; Integration: seamless cluster integration; System: advanced driver information system

• Digital clusters
• Driver information display
• Automotive displays
• Cockpit instrument area

Center information displays provide the cockpit with a large touch-interaction interface featuring anti-glare and anti-fingerprint coatings, multi-touch capability and advanced optical bonding, serving as the core interaction surface for infotainment and vehicle control.

Model: Center Information Displays; Interface: 1 large touch surface; Coating: anti-glare + anti-fingerprint; Touch: multi-touch; Process: advanced optical bonding

• Center stack touch interaction
• Infotainment
• Automotive displays
• Vehicle control

Passenger displays target the entertainment experience of rear-seat or front-passenger occupants, supporting independent content control, integrated comfort control and customizable user interfaces to enrich the in-cockpit entertainment experience.

Model: Passenger Displays; Content: independent content control (1); Control: integrated comfort control; UI: customizable interface; Purpose: occupant entertainment

• Front-passenger entertainment
• Rear-seat entertainment
• Automotive displays
• Cockpit experience

AllGo is Visteon's in-car app store based on Android Automotive OS, providing vehicle manufacturers and app developers with a customizable platform for app store management, distribution and analytics, while delivering a seamless in-vehicle infotainment experience to consumers, covering third-party app catalogs for mobility, navigation, parking and entertainment.

Model: AllGo In-Car App Store; OS: based on Android Automotive OS (1); Platform: customizable store management / distribution / analytics (3 functions); Content: third-party app catalogs; Ecosystem: OEMs + developers + consumers (3 parties)

• In-vehicle app distribution
• Connected cockpit
• App developer ecosystem
• In-car app store

Visteon telematics control units use advanced Qualcomm chipsets, integrate wireless technologies and provide high-bandwidth data services, secure software updates and advanced security applications, supporting 4G LTE and 5G technologies.

Model: TCU; Chipset: Qualcomm; Network: 4G LTE / 5G (2 generations); Wireless: Bluetooth / V2X; Updates: secure OTA

• Vehicle connectivity
• Telematics
• Secure software updates
• High-bandwidth data

Visteon V2X communication modules support both DSRC and C-V2X standards in a single hardware module, solving the industry's dual-standard challenge and enabling communication between the vehicle and infrastructure, other vehicles and the cloud, with positioning accuracy down to sub-10-centimeter level.

Model: V2X module; Standards: DSRC + C-V2X in 1 module (2 standards); Positioning: sub-10cm high precision; Communication: vehicle-road / vehicle-vehicle / vehicle-cloud (3 links); Feature: flexible dual-mode

• Vehicle-infrastructure cooperation V2X
• Vehicle communication
• High-precision positioning
• Intelligent transportation

Visteon connectivity services integrate wireless technologies such as Bluetooth and V2X, enabling modules to deliver high-bandwidth data services, secure software updates and advanced security applications across the vehicle network.

Model: Connectivity Services; Wireless: 2 technologies (Bluetooth + V2X); Service: high-bandwidth data; Updates: secure software updates; Applications: advanced security applications

• Vehicle-wide wireless connection
• High-bandwidth data services
• Secure software updates
• Advanced security applications

CognitoAI™ is Visteon's software platform purpose-built for the automotive environment, unifying AI inference, orchestration and vehicle perception in one platform. It coordinates vehicle systems, on-board compute, cloud services and AI models to deliver proactive, contextualized intelligence deeply integrated with the vehicle, using a perceive-reason-act three-layer architecture.

Model: CognitoAI; Architecture: perceive / reason / act (3 layers); Capabilities: AI inference + orchestration + vehicle perception; Compute: centralized high-performance computing; Acceleration: edge AI acceleration

• Predictive maintenance
• Intelligent energy management
• Personalized cockpit assistant
• Context-aware recommendations

Edge-AI Pro is the compact platform of Visteon's D6Sigma edge AI IoT box series, designed for small deployments across a limited number of production lines, workstations or work zones, supporting AI video analytics, computer vision and intelligent edge computing.

Model: Edge-AI Pro; Cameras: 4-8 channels; Form: 1 compact edge AI platform; Capabilities: AI video analytics / computer vision; Positioning: small-scale deployment

• Industrial vision
• Production line monitoring
• Intelligent edge computing
• Automation

Edge-AI Pro Max is the scalable edge AI solution for large factories, warehouses and complex manufacturing environments, supporting centralized management across multiple zones and suited to scenarios with high camera density.

Model: Edge-AI Pro Max; Cameras: 8-16 channels; Form: scalable with centralized management; Scenarios: large facilities / factories / warehouses; Positioning: mid-to-large deployment

• Factory vision
• Warehouse monitoring
• Complex manufacturing environments
• Centralized management

Edge-AI NVR is a high-capacity platform combining video recording and AI processing in one, aimed at campus-level and enterprise-grade industrial surveillance, supporting 16 to 32 cameras in large-scale industrial environments.

Model: Edge-AI NVR; Cameras: 16-32 channels; Function: video recording + AI processing (2-in-1); Form: high-capacity platform; Scenarios: campus-level / enterprise-level

• Campus-level industrial surveillance
• Enterprise vision
• Video recording + AI
• Large-scale deployment

EdgeAware is Visteon's wired intelligent battery management system, optimizing battery performance with industry-leading measurement accuracy and synchronization, adapting to new cell chemistries and form factors, and supporting real-time monitoring and advanced control algorithms.

Model: EdgeAware BMS; Accuracy: industry-leading measurement and synchronization; Adaptation: new chemistries / cell formats; Monitoring: 3 parameters in real time (temperature / voltage / current); Architecture: wired intelligent BMS

• EV battery management
• Battery performance optimization
• Battery safety
• Multi-vehicle platforms

Visteon's wireless battery management system adopts a BMIC-agnostic architecture compatible with multiple suppliers' analog front ends for cell monitoring; its portable CMU and unified BMC software interface enable cost-efficient deployment across multiple vehicle platforms, shortening time to market and increasing supply chain flexibility.

Model: Wireless BMS; Architecture: BMIC-agnostic (1); Compatibility: multi-supplier AFE; Components: portable CMU + unified BMC software interface; Advantage: shortened time to market

• Battery management
• Multi-vehicle platforms
• Supply-chain flexible deployment
• Cell monitoring

This low voltage lithium-ion battery system is a fully integrated solution providing higher power capacity in a lighter, more space-saving package; its flexible architecture accommodates multiple cell types and ensures precise battery management, control and safety across a wide voltage range.

Model: Low Voltage Li-Ion; Voltage: 12V/48V (2 levels); Package: lighter and more space-saving; Capacity: higher power capacity; Architecture: multi-cell-type compatible; Voltage range: wide

• Low-voltage power supply
• Lightweight design
• Battery management and control
• Multiple vehicle types

Visteon's advanced cell monitoring unit uses an integrated flexible solution to reduce battery height, suiting performance vehicles; oil-immersion cooling and flexible design are already in production, providing a scalable, cost-efficient solution for diverse market needs.

Model: Flexible CMU; Design: integrated flexible, reduced battery height; Cooling: 1 oil-immersion cooling solution (in production); Feature: flexible design; Delivery: scalable and cost-efficient

• High-performance vehicle batteries
• Cell monitoring
• Battery pack integration
• Volume-production solutions

The switchable battery junction box is a key component of the EMC² (Energy Management, Conversion and Connection) system, providing a scalable and reliable battery pack switching solution with efficient packaging that adapts to diverse battery pack configurations and switches seamlessly between 400V and 800V battery pack setups.

Model: Switchable BJB; Switching: 400V / 800V battery packs (2 levels); Configuration: diverse pack setups; Packaging: high-efficiency; System: EMC2 component

• Battery pack switching
• High-voltage power distribution
• Dual-voltage architecture
• Energy management

Smart e-Connect is a solid-state high-voltage disconnect system that replaces conventional contactors and fuses with vibration-resistant design, responding significantly faster than electromechanical solutions; it integrates voltage sensing, crash response and ASIL D overcurrent protection, eliminating arc wear while providing pre-charge capability.

Model: Smart e-Connect; Type: 1 solid-state high-voltage disconnect; Response: faster than electromechanical; Safety: ASIL D (highest of 4 ASIL levels) overcurrent protection; Features: integrated voltage sensing / crash response / pre-charge

• High-voltage disconnect
• Safety protection
• EV power distribution
• Arc elimination

Integrated power electronics combines a bidirectional 22kW on-board charger (OBC, with multiple V2X modes: V2G/V2H/V2L) and a bidirectional high-low voltage DC/DC converter (with pre-charge), supporting three-phase/single-phase charging, active EMI filtering and wide voltage range, offering a scalable, flexible solution for next-generation vehicle architectures.

Model: Integrated Power Electronics; OBC: 1 bidirectional 22kW; V2X: V2G/V2H/V2L (3 modes); DC/DC: bidirectional high-low voltage with pre-charge; Charging: three-phase / single-phase + active EMI filtering

• On-board charging
• Bidirectional charge/discharge
• Voltage conversion
• Next-generation vehicle architecture

Grid-to-Cell is a highly integrated power component that combines battery module control, the on-board charger, the DC/DC converter, the PDU and the battery junction box into a single unit; designs such as active EMI filtering, planar transformers, Smart e-Connect and shared cooling optimize packaging, efficiency and serviceability.

Model: Grid-to-Cell; Integration: BMC + OBC + DC/DC + PDU + BJB in 1 module (5 functions); Transformer: planar; Disconnect: Smart e-Connect replacing contactors; Cooling: shared cooling system

• High-voltage integrated power
• Vehicle power distribution
• Packaging optimization
• Improved serviceability