In recent years, as a key component of autonomous vehicles, laser radar and related technologies have received widespread attention.Different working methods, laser radar products are mainly divided into mechanical radar, hybrid solid-state radar and solid-state radar, etc. Among them, the price of mechanical radar High, and the car regulatory performance generally poor.As a non-rotating parts of the solid-state radar technology, its performance is more stable, and the expected price decline, it has become the main direction of the development of laser radar technology.According to the introduction of ice technology, The company has been developing FLASH-based solid-state lidars and has focused on tightly integrating FLASH laser sensing technology into its existing product lines to enhance the performance of the full range of Lidar products and reduce their costs.
At present, solid-state lidar technology research and development, mainly divided into phased array technology, MEMS technology and FLASH technology and other solutions for the three technical programs, both domestic and foreign companies have invested in research and development, and made some The FLASH laser sensing technology, due to the limitations of the laser emitting chip performance, the detection range has been unable to effectively improve, thus affecting its outdoor, long-range detection performance. Laser launch of the launch of the chip, the effective realization of the laser in the long distance under the security restrictions, and thus pave the way for improving the detection range of FLASH LIDAR.
The chip product has been designed by the ice technology and the completion of the production of film production, which is the first laser components for the field of laser products come out.It is reported that drinking ice technology has been the use of such chip design to complete a variety of mixed Solid-state and solid-state laser radar products, and plans to open such chips with other laser radar machine manufacturers to work together to improve such products such as detection range performance.