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VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
It is applied as infrared auxiliary light for security camera night vision, which will strengthen the safety of public places such as streets, railway stations, airports and schools. It has the advantages of high reliability and high stable output power. There are many options of beam angles and radiation intensity, and can be also used with lenses at different angles.
Beam angles available : 15º, 30º, 45º, 60º, 90º, 120º, 150º
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
VCSEL infrared light source based on Nano imprinting technology applied to TOF, with multiple visual angle options, can be widely used in face recognition, gesture recognition, crowd statistics, obstacle avoidance, volume measurement, distance sensing, AR, VR and other scenes.
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