Recently, Lixin Optoelectronics achieved a major technological breakthrough, successfully developing a high-power semiconductor laser chip with a wavelength of 1940nm, becoming the longest-wavelength commercial product in the indium phosphide material system. This achievement not only fills the domestic technological gap in this wavelength range but also breaks the industry's long-standing dependence on imports, providing high-precision domestic light source solutions for laser medical aesthetics, spectral analysis, and biological testing.
Against the backdrop of the global explosion of artificial intelligence and the accelerated development of computing infrastructure, Lixin Optoelectronics, leveraging its core technologies in the optoelectronics field, has achieved a full-band technological breakthrough in its indium phosphide product line, establishing a full-spectrum product portfolio from 1210nm to 1940nm. This product portfolio covers a wide wavelength range from near-infrared to mid-infrared, including key wavelengths such as 1210nm, 1260nm, 1310nm, 1470nm, 1550nm, 1710nm, and 1940nm. Each product has completed mass production and market testing, and has already triggered a new wave of innovative applications in multiple photonics industry sectors.
In the emerging field of low-altitude economy, Lixin Optoelectronics has innovatively launched a 1550 nm band low-altitude ranging radar system, which integrates coherent detection and adaptive beamforming technology to achieve centimeter-level ranging accuracy and excellent anti-interference capabilities. It has created an "optical quantum perception barrier" for scenarios such as urban low-altitude traffic management and drone logistics scheduling, and promoted the innovation of the intelligent aerial transportation system.
