Fully Solid State digital LiDAR - E1R- High-Tech Corporation

◆ Robot Developers and Manufacturers:
Ideal for a wide range of robotics applications that require short-range sensing, including autonomous delivery robots, cleaning robots, service robots, humanoid robots, and drones.

◆ Autonomous Driving (Robotaxis / AGVs / AMRs):
Proven track record in vehicle-based system development where high-frequency and highly durable LiDAR is essential.

◆ Obstacle Detection & Real-Time Avoidance:
Accurately detects pedestrians, large vehicles, and small objects to support safe navigation.

◆ High-Precision Mapping (3D SLAM):
Ideal for environmental reconstruction in warehouses and outdoor areas.

◆ Environmental Perception & Navigation Support:
Assists autonomous mobile robots with path planning and navigation tasks.

◆ Indoor/Outdoor and All-Weather Operation:
Delivers stable sensing performance under strong lighting, low-light conditions, and varying illumination environments.

◆ Fully-Solid-State Digital Architecture:
With no moving parts, this system leverages an in-house developed SPAD-SoC and 2D VCSEL to generate high-quality point clouds with zero signal loss.

◆ Compact & Rugged Design:
Featuring a sleek flat window measuring approximately 7 × 35 × 75 mm and compatible with 1/4-inch mounting, the sensor can be easily integrated into various platforms. It offers automotive-grade durability, supporting -40 to +85°C operating temperatures, 50G vibration, and IP67 / IP6K9K protection.

◆ Ultra-Wide Field of View & Long Detection Range:
Covers a wide 120° horizontal × 90° vertical FOV and detects up to 75 meters (30 m at 10% reflectivity), offering over 7 times the detection capability of conventional depth cameras.

◆ High-Density Point Cloud:
Generates approximately 260,000 points per second with 144 beams, enabling high-resolution scanning.

◆ Proven Deployment & Mass Production:
Built on the E platform, the product has already been mass-produced and deployed in real-world applications.
As of February 2025, total production of the E1R model surpassed 1 million units.