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Automated Driving Business

We connect everything! A safe world where connections are harmonized,
Chemtronics paves the way for the era of Automated driving.

ADAS

SVM

2D / 3D view mode supporting SVM using the 4-Channel HD camera
Secured product price competitiveness with universal AP

Composition

Camera : HD LVDS 4ch, 190°(H)

ECU : AEC-Q100 SoC, CAN

Roadmap

Focused on the development of camera-based 360° safety system

SVM Solution

3D SVM

4CH DVR / LDWS / BSD* / MOD*

Front ADAS Solution

FCWS / LDWS / DMS*

Other Camera Solution

Multi-View RVC

Side-View Camera (w/ BSD)*

ADAS: Advanced Driver Assistance System

DVR: Digital Video Recorder

LDWS: Lane Departure Warning System

BSD: Blind Spot Detection

MOD: Moving Object Detection

FCWS: Forward Collision Warning System

DMS: Driver Monitoring System

RVC: Rear View Camera

Driver Monitoring System (DMS)

Driver Monitoring System (DMS)

Use of the camera installed behind the steering wheel (1st generation), installation available at various spots including A-Pillar

1st generation: Prevention of negligence and drowsy driving of the driver (detecting only the driver’s blinks and direction of vision)

2nd generation: 3D Face Tracker (tracking the driver’s face, warning on drowsy driving and negligence, providing information after learning the state of the driver), preventing accidents by detecting changes in driving tendency according to the state of the driver

Composition

Driver Recognition System (based on face recognition)

Providing information by detecting the state of the driver

Registering the face recognition information of each different driver

DVRS

Front/Rear Digital Video Recording Device

Development of in-vehicle DVRS system by applying AP for OEM spec.

Development of FHD front+FHD rear camera

Realization of basic functions of DVRS, including constant recording, event recording, and parking recording

Roadmap : DVRS + Rear AEB

Rear AEB (Rear Autonomous Emergency Braking)

Development of technology for rear AEB-NCAP Standard

Development of FHD wide angle rear view camera

Development of technology for detecting various (moving/motionless) rear obstacles, including pedestrians and vehicles

Development of technology for predicting the risk of collision with rear obstacles

Development of technology for generating the rear driving path and detecting dangerous landform

  • Concept map of rear AEB system
  • Concept map of rear obstacle
    detection technology