Industry
As Industries Advance,
They Demand More Precise “Eyes”
As industries evolve from 1D measurement to 3.5D space and aerospace applications,
the amount of required information is increasing exponentially.
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1단계
1D Measurement
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2단계
2D Industry
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3단계
3D Mobility
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4단계
3.5D Space / Aerospace
Limitations and Problems of
Self-Driving Sensor Technology
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Conventional LiDAR Sensors
Low resolution and High price
- Low resolution (64-128ch) limits the application of various product lines such as autonomous vehicles and UAMs
- Increase system complexity and cost by using multiple sensors to complement performance
- Vulnerable to engine and off-road vibrations
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Camera Sensors
Perceptual errors due to underlying optical illusion
- High-resolution imaging is possible, but rapid environmental changes such as lighting variations lead to recognition errors
- AI-based compensation still has limitations
- Distort physical information about an object
LCHP’s Solution
Camera-Level High-Resolution LiDAR
Conventional LiDARs have cost increase and MEMS quality issues, and cameras have an accident risk due to cognitive error.
Secure driving stability by developing camera-level ultra-high resolution LiDAR systems
LiDAR Sensors are the
Eyes of Autonomous Driving
Future mobility and robotics industries develop,
The needs for ultra-high resolution LiDAR systems capable of ultra-precise scanning of the surroundings is rapidly increasing.
Business Focus
(FSD, Agriculture & Military, Robotics)
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Ultra-high resolution
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High reliability
(Vibration and stress resistance)
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Wide VFOV
(40~60°)
Hyper-LiDAR
Product Characteristics & Application
- Future Mobility
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Active wide-angle scanning method according to driving speed
High-speed driving
Low-speed driving
Check road surface condition Ultra-high resolution vertical resolution
- Robotics
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Vertical Wide-Angle (VFOV) High-Resolution Scan
Conventional Method
Hyper-LiDAR Method
No deterioration in image characteristics due to HyperScan vertical wide-angle area
Classification Conventional wide-angle scan method Hyper LiDAR Laser Array Conv. MEMS Refraction Large Medium No Refraction Laser Spot Size Large Medium Small Laser Intensity Low Medium Large Resolution Low Medium Large
LCHP’s Hyper-LiDAR
Open up the possibilities of all industries
LCHP provides solutions to a wide range of industries with autonomous driving (FSD), Agriculture & Military, and robotics as core business areas.
Full Self Driving (FSD)
A lidar that can identify pedestrians and road surface conditions(black ice, sinkhole, etc.) (Vertical FOV: 20°, Scan range: 100-200m)
Industrial Vision System
Ultra-high-resolution LiDAR with wide vertical FOV, enhancing the precision of humanoid robots and robot dogs (Vertical FOV: 60°, Scan range: 30m)
Self-Driving Tractors and K-Defense System
LiDAR resistant to engine vibration and off-road environments (Vertical FOV: 20°, Scan range: 50~100m)
Security and Safety
Lidar to recognize objects in night vision and flashlight environments (Vertical FOV: 60°, Scan range: 30m)
Traffic Intelligence
Lidar to identify traffic network flow even at night and in bad weather conditions (Vertical FOV: 20-60°, Scan range: 30-150 m)
