차량의 다양한 기능을 정밀하게 조작하는 제어 모듈로, 최신 HMI 및 통합형 제어 기술을 통해 차량 보안과 편의성을 동시에 강화합니다.
- Switch Control: Controlling switch inputs for the center fascia (CPSW) and floor console (FCSW)
- Temperature Control: Controlling seat or steering wheel heating systems
- Self-Diagnosis: Monitoring and diagnosing the status information of subordinate slave components
- High-Speed Communication Support: Securing high-capacity data transmission and responsiveness by applying CAN FD and LIN communication interfaces
- Latest Software Management: Maintaining the latest features and maximizing maintenance convenience by supporting Over-The-Air (OTA) wireless updates
- Precision Shift Position Detection: Real-time position detection and monitoring of automatic transmission gear positions (P, R, N, D)
- Start & Reverse Control Interface: Contact point configuration (P/N range) for safe starting and output control for reverse light activation (R range)
- Versatile Output Architecture: Diverse contact structures (voltage and resistance outputs) matching customer specification requirements
- Top-Tier Waterproof Performance: High-reliability waterproof structures (IP68 / IP69) ensuring stable operations in harsh environments
- Proven Quality Reliability: Superior operational reliability and long-term durability validated through rigorous performance testing
- Flexible Manufacturing Adaptability: Support for various assembly methods (riveting, ultrasonic welding, screw fastening) to improve process compatibility and production efficiency
- Precision Shift Position Detection: Real-time position detection and monitoring of automatic transmission gear positions (P, R, N, D)
- Start & Reverse Control Interface: Contact point configuration (P/N range) for safe starting and output control for reverse light activation (R range)
- Non-Contact Mechanism: Frictionless structures eliminating mechanical wear and maintaining operation precision
- Top-Tier Waterproof Performance: High-reliability waterproof structures (IP68 / IP69) ensuring stable performance during high-pressure washing and submersion
- Semi-Permanent Durability: Contactless design eliminating component wear to deliver exceptional long-term product lifespans
- Vertical Position Control: Adjusting the steering wheel height (Tilt)
- Horizontal Position Control: Adjusting the steering wheel fore-aft distance (Telescopic)
- User Customized Convenience: Steering wheel position memory and recall (IMS) function, linked with automatic movement during entry and exit (Easy Access)
- System Reliability: Real-time sensor error detection and stable operation based on a high-reliability design
- Design and Productivity: Securing ease of installation and manufacturing cost competitiveness through product optimization design
- Standard Communication Support: Stable in-vehicle data transmission and reception by applying a CAN 2.0b interface
- Actuator Operation: Mounted on the transmission (internal combustion engine) or reducer (electric vehicle) to perform physical gear shifting according to communication signals
- Durability and Precision: Preventing wear and securing product robustness by applying non-contact sensors
- Safety System: Preventing faults and maximizing operational reliability by reflecting a sensor redundancy design
- Seat Control: 10-way power seat position memory and recall functions
- Precision Driving: Applying current ripple processing and position compensation logic for each motor operation mode
- Safety Assurance: Implementing safety logic such as operation stop/reversal upon detecting motor pinch conditions
- System Integration: Single-module integration of distributed control functions within the seat
- Precision Improvement: Minimizing seat position control errors and improving repeatability through ripple compensation logic
- Cost and Weight Reduction: Reducing the complexity of the internal seat wiring harness and achieving lightweight design through integrated system design
- Unified Actuator Control: Consolidated management of side body electronics such as door-linked LEDs/lamps, power window motors, and side mirrors
- Occupant Safety System: Integrating smart safety logic that detects obstacles to prevent window pinches and entrapment
- Intelligent Self-Diagnostics: Enhancing system uptime with real-time fault monitoring and proactive self-diagnosis for all modules and parts
- High-Speed Data Communication: Securing precision control and communication efficiency by applying CAN FD and LIN communication interfaces
- Wireless Maintenance: Maintaining the latest software status and increasing user convenience by supporting Over-The-Air (OTA) updates
- Integrated Window Control: Controlling window opening/closing and detailed positioning
- Safety System: Anti-pinch function that automatically stops and reverses window movement upon detecting an obstacle during operation
- Operational Convenience: Implementing an automatic full up/down function (Auto Up/Down) via a single switch operation
- Design Optimization: Securing ease of in-vehicle installation and space efficiency through product optimization design
- Market Competitiveness: Reducing manufacturing costs and securing price competitiveness based on high-reliability quality
- Durability and Stability: Ensuring operational reliability in repetitive operating environments and applying fault-prevention design
- Multipurpose Lighting System for Vehicle Interior Illumination Control and Enhanced Perceived Quality
- Unified Lighting Control: Consolidating map, room, and door-linked light functions into a single module
- Space Efficiency: Streamlining the vehicle architecture with an integrated rear room lamp design
- Premium Ambient Experience: Delivering elegant mood lighting via high-efficiency LEDs and advanced circuit control
- Integrated control of rear vehicle lighting systems (brake lights, turn signals, reverse lights, etc.)
- Ensuring night driving visibility and rear safety through stable power supply and precision control of the rear lighting system