MCNEX-Camera module,Automotive camera,ADAS Sensing camera, adas Solution,fingerprint recognition sensing module

AUTOMOTIVE ADAS SOLUTION

Front and lateral image sensor module for autonomous vehicles

FRONT & REAR IMAGE SENSOR MODULE
FOR AUTONOMOUS DRIVING FORWARDING IMAGE MONITORING SYSTEM FOR AUTONOMOUS DRIVING LEVEL 3.

Front and lateral image sensor module
for autonomous driving vehicles

Vehicles with “Omnidirectional visual observation system”
for level 3 autonomous driving


ITEM	FEATURE
CAMERA	Tri-focal (120, 60, 30)	Side-dual (100)
RESOLUTION	2M(FHD) @ 60 FPS
FRONT FUNCTION	Pedestrian Detection	Vehicle Detection
	Cyclist Detection	Lane Detection
	Traffic light Recognition
SIDE FUNCTION	Pedestrian Detection	Vehicle Detection
SIDE FUNCTION	Cyclist Detection	Lane Detection

SYSTEM APPROACH

Multiple Lane
Recognition
JC & POCKET Lane
Recognition
Pedestrian/car/two-wheeled
vehicle Recognition
Traffic Sign
Recognition

Fields of Application

: Autonomous Driving on Automobile-only Roadways

: Autonomous Driving on City Streets

SMART CAR IMAGE SYSTEM

AUTOMOTIVE ADAS SOLUTION

Autonomous driving systems use information collected from cameras, GPS, radar,
laser sensors, and various other sensors as well as control systems
to drive an automobile safely to its destination without driver intervention

Image processing
technology
Judgments on driving
situation
Laser signal processing
technology
Creation
of driving route
Vehicle control
technology
Pedestrian and object
recognition, distance calculation

SENSING CAMERA SYSTEM

DSW & SHARK ANTENNA CAMERA SYSTEM

System Approach
Camera based Rear Collision Warning	Driver Status Warning
Camera base Blind Spot Detection	E-Mirror View

IN-CABIN GESTURE CAMERA SYSTEM

System Approach
Gesture Interactions System

TRI - FOCAL SYSTEM

System Approach
Self Driving Car for LvL3

7.4/8M HIGH RESOLUTION CAMERA

System Approach
Font Sensing System & Object Detection

AUTOMOTIVE SCANNING DUAL CAMERA

System Approach
Dual camera solution based on wide and
narrow FoV
Unidentified small object on the road
Long distance object classification

REAR SENSING CAMERA SYSTEM

System Approach
Rear View Monitor and Sensing Camera
Blind Spot Detection (RBSD, MOD)

SHARK ANTENNA

FEATURES
ITEMS	SPECIFICATION
Input voltage	4V~36V
Temperature	-40°~85°(operating), -55°~105°(storage)
Start time	≤ 2.5Sec
Output resolution	1280 x 720 @ 60fps
Field of View	Horizontal 140±3°, Vertical 85±3°
Output Format	POC

SYSTEM APPROACH
Rear View Camera	Rear Moving Object Detection
Parking Guide Line

GESTURE CAMERA SYSTEM

: GESTURE RECOGNITION

: VOICE RECOGNITION

MCNEX GESTURE CAMERA
130 ~ 180˚ HD Camera,
Vehicle system control within 1M distance
High accuracy at night & low light condition

RADAR & VIDEO LOW LEVEL FUSION PROCESSING SYSTEM

01 RECOGNITION

1 FUSION CAMERA
2 RADAR

After detecting an object by a camera and a radar, transmit a signal.
Detect an obstacle as using fusing device and tracker.

02 ECU FUSION

3 FUSION ECU

On a basis of result from low level fusion, calculate TTC(time to collision).
After creating control signal for AEB, output a signal through CAN communication.

02 VEHICLE CONTROL

4 AUTOBOX
5 VEHICLE CONTROL DEVICE

Control a vehicle operation as sending CAN signal for vehicle controlling to ECS.

FUSION CAMERA

HARDWARE	Sensor	1/3-INCH CMOS
	Pixel size	3.75um
	Resolution	1280 X672 60fps
	Data output	Parallel 16bit (YUV 4:2:2)
	control	I2C, RESET
	Power	DC 6.5V

77GHZ LRR(LONG RANGE RADAR)

HARDWARE	Antenna type	PCB type
	Number of receiving antennas	8 EA
	Waveform type	FMCW
	Size	100↓ X 90↓ X 30↓ mm3
PERFORMANCES	Maximum range	192 m
	Velocity range	-200~100 kph
	FOV (Field Of View)	H: 64°V: 3°
	Cycle time	50msZ