Technology
Hyper-LiDAR
for the Era of Physical AI
We have maximized performance and minimized price.
Core Technology
By combining Atomic Microscope Scanning Technology with hybrid optical technology,LCHP has developed ultra-high-resolution Hyper-LiDAR.
Atomic Nano Scan technology
Hybrid Optical Technology
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Atomic Microscope Scanning Technology
- Nano Scanning
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High-speed & Ultra-high resolution
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Hybrid Optical Technology
- Hybrid Optical Technology
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Multi-Mirror Reflection
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Hyper Scan Technology
- Macro Scan Technology
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Quality improvement, Ultra-high resolution LiDAR
Securing continuous technological competitiveness
Expected effects and
performance differentiation
The convergence of nanoscanning technology and hybrid optical technology has achieved excellent performance.
Core Solution Nano-Scan Technology + Hybrid Optical Technology “Hyper Scan Technology”
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Hyper Scanner
- Prototypes & Core Technologies
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Patent Applications
Core Technology
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Technology 1
- Atomic (nano) Scan technology
- High-speed, High-resolution
Strength against External Vibration
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Technology 2
- Hybrid Optics
- Widening Vertical field of view (20→60°)
Reduce physical and mechanical stress
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Expected effectiveness
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- Ultra-high resolution
- max.1024 channels
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- Wide field of view
- 120° X 60°
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- Quality improvement
- Vibration-Resistant Structure / Reduced Scanner Stress
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- Dynamic Scan Range
- Applicable to a wide range of product lines
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Wide-angle scan /Resolution improvement / Quality improvement
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VFOV Vertical field of view
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Resolution
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Quality Physical stress
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Product Benchmarking
Better performance than global competitors
Positioning Strategy Achieving world-leading performance and quality
Comparison of competitors Proprietary LiDAR System Technology
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| Category | Overseas | Domestic | Ours | |||
|---|---|---|---|---|---|---|
| L-Company | O-Company | I-Company | S-Company | H-Company | LCHP Tech | |
| Method (horizontal angle) | Direction(120°) | Rotation(360°) | Direction(115°) | Direction(120°) | Direction(120°) | Direction(120°) |
| Unit Cost | ~₩6M | ~₩60M | ~₩6M | ~₩9M | ~₩1M | ₩1M~5M (est.) |
| Resolution (V-ch) | ~250 | 32 - 128 | ~250 | ~55 | ~50 | ~1024 |
| Sensing Range | 0.5 ~ 250m | 0.5 ~ 250m | 0.5 ~ 250m | 0.3 ~ 150m | 0.5 ~ 20m | 0.5 ~ 250m |
| Field of View | 25° | 25° | 25° | 35° | 45° | 20°~60° |
| frame / s | 10 ~ 20 fps | 10 ~ 20 fps | 10 ~ 15 fps | ~20 fps | 12.5 fps | 5 ~ 15 fps |
| Core Technology | Laser array (MEMS scan) |
Motor Scan + array (MEMS scan) |
Laser array (MEMS scan) |
Laser array (Refraction) |
Laser array (Refraction) |
Hyper Scan (Piezo / MEMS scan) |
| Target Market | High-performance AVs | Robotics / Safety | All industries | |||
Business Model & Strategy of Target Market
Securing Technological
Leadership & Sustainable Growth
Future Growth Engines
Commercial Strategy
Development of Autonomous Driving System Based on High Performance LiDAR System
Patents & Certifications
We are strengthening global technology competitiveness through continuous R&D investment.
5domestic applications
5PCT International Applications
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Nanotechnology + Hybrid Optics
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MEMS + Hybrid Optics
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Pulse-signal detection & comparison algorithms for Autonomous driving
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Physical detection data-based autonomous driving algorithms
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Real-time speed imaging algorithm
“Ask us—technology is our answer.”
For any questions regarding LiDAR and sensing technologies,