Huaqin Technology

The core product family under Huaqin's smart cockpit category, integrating functions of multiple operating systems and safety levels into a single platform, meeting OEMs' personalized customization requirements with advantages in high integration, high performance and high scalability. At the Qualcomm Automotive Technology and Cooperation Summit 2026, Huaqin highlighted its smart cockpit solution built on the Snapdragon Cockpit Platform Ultimate Edition (SA8397).

Computing power: 200 TOPS; Chip platform: Snapdragon SA8397; Interface: CAN/LIN/ETH/GMSL; Power consumption: 60 W; Operating temperature: -40 ℃ ~ +85 ℃; Memory: 16 GB LPDDR

• Smart cockpit domain control
• Multi-domain fusion central computing
• Cockpit-driving fusion
• Cross-domain integration of gateway and parking systems
• OEM personalized customization development

From radio to audio-visual entertainment, the company masters core technologies such as exterior craftsmanship, audio processing, image processing, navigation and positioning, and smartphone connectivity, and integrates a rich connected-vehicle ecosystem to provide customers with a wide range of customizable infotainment products.

Processor:Automotive SoC; Display:HD touchscreen; Operating system:Linux/Android; Network interface:Automotive Ethernet; Operating temperature:-40~85 °C; Supply voltage:12 V

• In-vehicle radio and audio-visual entertainment
• In-vehicle navigation and positioning
• Smartphone connectivity
• Connected-vehicle ecosystem services

Provides customers with complete HMI design solutions based on multiple hardware platforms such as the 6125 chip and the 8155 chip, offering one-stop services from product concept to implementation.

The official website does not disclose hardware parameters such as display size or resolution. Officially disclosed hardware platforms include the 6125 chip, the 8155 chip and several others; the service scope covers product concept, user research, scenario breakdown, UX design, 2D/3D motion design, 3D UI design, VPA concept art design, 3D scene construction, model rendering, mass-production HMI page output, and development implementation support.

• Complete cockpit HMI design
• 3D UI and 2D/3D motion design
• VPA voice assistant avatar design
• Mass-production HMI page output and development support

Provides customers with in-vehicle smart display system solutions such as center console displays, instrument clusters, entertainment screens and rear-seat control screens. Relying on automotive-grade hardware and optical tuning technology, it integrates core capabilities such as intelligent dimming, low blue light, HDR enhancement and multimodal interaction adaptation, offering one-stop full-process services from screen selection, optical customization and display function development to reliability validation and mass-production implementation.

The official website does not disclose quantitative parameters such as size, brightness or resolution. Officially disclosed core capabilities include intelligent dimming, low blue light, HDR enhancement and multimodal interaction adaptation; product advantages are described as high image quality, high integration, high safety and a light/thin/narrow/beautiful appearance; the full process covers screen selection, optical customization, display function development, reliability validation and mass-production implementation.

• Center console display
• Instrument cluster display
• Entertainment screen
• Rear-seat control screen
• Custom multi-screen cockpit display development

A fully self-developed intelligent connected cockpit solution based on the QCM8838 and IQ9075 platforms, positioned for the mid-to-high-end smart cockpit market and combining excellent performance with advanced multimodal interaction capabilities. The product is developed around real-world vehicle usage scenarios and enables seamless interconnection between the in-vehicle system and all categories of smart peripherals such as smartphones, smart watches and AI wireless cameras, breaking down ecosystem barriers between multiple terminal devices and enriching the in-vehicle intelligent experience.

The official product page has no dedicated 'intelligent connectivity' category section, so the parameters follow the official press release: fully self-developed based on the QCM8838 and IQ9075 platforms; positioned for the mid-to-high-end smart cockpit market; supports multimodal interaction; supports seamless interconnection between the in-vehicle system and smart peripherals such as smartphones, smart watches and AI wireless cameras.

• Mid-to-high-end smart cockpit
• Intelligent connectivity
• Smartphone-to-head-unit interconnection
• Wearable device-to-head-unit interconnection
• AI wireless camera integration
• Integrated person-vehicle-home full-scenario ecosystem

A core product family under Huaqin's smart vehicle control category and the powertrain domain product line. It collects motor and battery status via CAN / CAN FD, and collects accelerator/brake pedal signals as well as actuator and sensor signals through its own IO ports, keeping the vehicle running normally.

Processing core:Multi-core MCU; Communication interface:CAN/CAN FD; Sampling accuracy:≤1%; Operating temperature:-40~105 °C; Ingress protection:IP67; Supply voltage:12 V

• Braking energy recuperation
• Energy management of the drive system and traction battery
• Network management
• Fault diagnostics
• Vehicle status monitoring
• Powertrain domain control

A product family under Huaqin's smart vehicle control category and the body domain product line. With abundant network interfaces such as 20 CAN channels, 4 LIN channels and 10 Ethernet channels, it can fully meet functional requirements including gateway, VCU, instrument cluster and center console display, warning audio output, body control, OTA, intelligent diagnostics and data acquisition.

Network interface:20×CAN/4×LIN/10×Eth; Ethernet:Automotive Ethernet; Communication protocol:CAN/CAN FD; Operating temperature:-40~85 °C; Supply voltage:12 V; Ingress protection:IP67

• In-vehicle gateway
• VCU data routing
• Instrument cluster and center console display
• Warning audio output
• Body control (body domain)
• OTA updates
• Intelligent diagnostics
• Data acquisition

Huaqin has built full-stack advanced driver assistance capabilities, covering the development of driver assistance domain controllers and functional modules from L2+ to L4. Products include various domain controllers, radars and other components, as well as software technologies and services for driver assistance systems such as DMS, AVM and APA. ADAS uses various sensors installed on the vehicle to perceive the surrounding environment during driving, collect driving and surrounding data, perform identification, detection and tracking, and combine map navigation to carry out computation and analysis, thereby warning of hazards.

The official website does not disclose computing power, power consumption or sensor configuration parameters. Official disclosure states that the capability levels cover driver assistance domain controllers and functional modules from L2+ to L4; product forms include various domain controllers, radars and sensors; software functions include DMS, AVM and APA.

• L2+ driver assistance domain control
• L3/L4 autonomous driving domain control
• Forward collision warning
• DMS driver monitoring
• AVM surround view
• APA automatic parking assist

Millimeter-wave radar is an important component of the perception part of intelligent driving. Building on extensive accumulation in radio frequency technology, Huaqin's 3D/4D millimeter-wave products offer excellent specifications, providing precise perception data for the analysis, planning and decision-making of intelligent driving systems.

Detection range:250 m; Field of view:±60°; Frequency band:77 GHz; Range resolution:0.1 m; Supply voltage:12 V; Operating temperature:-40~85 °C

• Intelligent driving environment perception
• ADAS sensor fusion
• Target identification, detection and tracking
• Input for planning and decision-making of intelligent driving systems