Home News Lidar startup Luminar goes public, sends share prices soaring

Lidar startup Luminar goes public, sends share prices soaring

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Luminar Technologies Inc. started trading as a public company on Thursday under the ticker symbol LAZR, marking the second Silicon Valley firm to go public while working to deliver a key sensor for self-driving cars. The price of Luminar’s shares rose above $30 on December 4th, reflecting a massive 43 percent increase, in addition to its recent gains.

As a result, Luminar has become one of the leading companies in the rapidly-growing lidar industry. Automobile manufacturers are all set to begin rolling out lidar-enabled vehicles in the next few years to ramp up their driver-assistance technology offerings. Hence, LiDAR companies are aggressively competing to win contracts for supplying the required sensors.

Luminar made a major breakthrough in May when it bagged a deal with Volvo to supply lidar sensors for its vehicles, from 2022, one of the first such deals in the industry.

Luminar also won a contract forย supplying lidar sensors to Mobileye, a subsidiary of Intel, that supplies several camera-based driver assistance systems used in todayโ€™s cars. While Luminar is only supplying sensors for Mobileyeโ€™s self-driving prototypes and not its production vehicles, if Mobileye ends up developing its next-generation technology based on Luminarโ€™s lidar, it could provide a massive boost to Luminar’s lidar sales in the future.

Unlike industry leader Velodyne’s traditional 360-degree spinning units that are fixed on to a vehicle’s roof, Luminarโ€™s sensors stay fixed in place, covering a 120 degree horizontal field of view in front of a vehicle.

With long range capabilities being essential for advanced self-driving systems, Luminar’s lidar sensors boast of an industry-leading range of 250 meters. This might be because Luminar’s lasers operate at an unusual frequency. Most lidar sensors function at around 900nm since silicon-based lasers and sensors are highly compatible with this frequency. However, 900nm lasers are also restricted by strict power limits as they can potentially damage the human retina.