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LiDAR EEL (Edge-emitting laser) chips are characterized by their high power density and exceptional reliability, making them a preferred choice in various applications such as automotive radar and machine vision. These chips are integral to the development of advanced sensing systems, supporting high-performance and precision-based tasks in dynamic environments. With their established use in these fields, EEL LiDAR chips have become a cornerstone technology in the evolution of autonomous systems and intelligent robotics.
Everbright, leveraging its expertise in diode technology, has successfully developed and manufactured edge-emitting LiDAR chips using cutting-edge processes. These include high-power epitaxial structures, tunnel-junction cascading, and high-vacuum cleaving combined with cavity surface passivation techniques. As a result, Everbright offers 3-junction and 4-junction cascaded LiDAR EEL chips with power outputs covering a wide range from 75W to 160W, ensuring versatility for various sensing applications.
In the domain of multi-channel arrays, Everbright has achieved significant breakthroughs by offering products with 4-channel and 8-channel configurations. These multi-channel chips deliver exceptional performance, with power outputs reaching up to 1200W, making them ideal for high-demand applications such as automotive LiDAR and robotic sensors. Furthermore, Everbright has developed specialized low-temperature drift chips that provide a stable power output of 70W, addressing critical challenges in maintaining consistent performance under varying environmental conditions.
Everbright's LiDAR EEL chips not only meet the stringent requirements of reliability and power efficiency but also provide a robust and scalable solution for industries such as autonomous driving and robotics. By continuously innovating in diode chip technology, Everbright is driving advancements in high-power sensing systems, contributing to the rapid development of intelligent sensing solutions for future technologies. These chips are vital in enabling precise, efficient, and reliable operation across diverse applications, cementing their role as a foundational element in next-generation LiDAR and 3D sensing technologies.
| Product Name | Product Model | Wavelength | Power | Wavelength Tolerance | Details |
| 905nm 75W LiDAR EEL Chips | EB-BC-75-0905-10-001 | 905nm | 75W | 10 | |
| 905nm 125W LiDAR EEL Chips | EB-BC-125-0905-10-001 | 905nm | 125W | 10 | |
| 905nm 160W LiDAR EEL Chips | EB-BC-160-0905-10-001 | 905nm | 160W | 10 | |
| 905nm 500W LiDAR EEL Chips | EB-BC-500-0905-10-001 | 905nm | 500W | 10 | |
| 905nm 1200W LiDAR EEL Chips | EB-BC-1200-0905-10-001 | 905nm | 1200W | 10 | |
| 940nm 12W LiDAR EEL Chips | EB-BC-12-0940-10-001 | 940nm | 12W | 10 |
https://www.everbright-laser.com/