Lumotive

4104 148th Ave NE
Redmond, WA 98052
United States of America
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More Info on Lumotive

Our patented Light Control Metasurface (LCM™) transforms photonics into a digital platform, unlocking breakthroughs in sensing, optical switching, and communication. With more than 160 patents and growing commercial traction, Lumotive is delivering the world’s first digital platform for light — and redefining what’s possible in the optical age.

Press Releases

Lumotive
Pioneer in Programmable Optical Semiconductors Unlocks New Capabilities with Wide Field-of-View, High Frame Rate and Software-Defined Sensing for Outdoor Robotics, Safety Equipment...

Articles

FIGURE 1. 180° LiDAR for physical AI software-defined images.
LiDAR needs adaptive sensors to meet the needs of physical artificial intelligence (AI) systems.
Traditional optics are fixed in functionality. The future is programmable optics, where a single chip can be programmed with any optical function.
Active metasurfaces are ushering in a new era of programmable optics.
Credit: Lumotive
From warehouse floors to the cloud, Lumotive’s LCM technology bridges the physical and digital worlds through software-defined light.
Optical breakthroughs are powering the next era of autonomy, infrastructure, and AI.
(Courtesy of Lumotive)
Kevin Camera, VP of Product at Lumotive.
Lumotive’s VP of Product Kevin Camera chats with Laser Focus World about the company, its light-control metasurface chips, and what it means for the LiDAR realm.
Lumotive
Lumotive’s M30 lidar module (the production version of the M20 prototype featured in the company’s Mini-LiDAR Early Access Program and shown here) delivers 10+ m of range in bright sunlight, targeting small-form-factor lidar in robotics, industrial automation, and automotive applications. Lumotive’s U30 device will use the same architecture to deliver a tiny lidar for use in smartphones.
The program includes Lumotive’s M20 solid-state lidar evaluation kit, product customization, and technical support: Application deadline is March 31, 2021.
An optical metamaterial surface plus liquid crystal form Lumotive's beam-steering approach for automotive lidar. This image is from Lumotive's website (www.lumotive.com).
Lumotive has an LCOS chip producer, Himax Technologies, for fabrication of its silicon-based metasurface beam-steerer.
FIGURE 1. An illustration of liquid-crystal metasurface (LCM) beam steering depicts its operation. The incident light is TM-polarized. Shown here, the LCM steers to two different output angles (a and b), determined by the spatial frequency of the phase-modulation pattern applied to the array of tunable resonators on the LCM (c and d). Higher spatial frequencies steer the output beam closer to the incident beam.
A large-aperture, large-field-of-view dynamic liquid crystal metasurface beam steerer for automotive lidar has no moving parts.
An optical metamaterial surface plus liquid crystal comprise Lumotive's newly announced beam-steering approach for automotive lidar. This image is from Lumotive's website (www.lumotive.com).
The large-aperture Liquid Crystal Metasurface (LCM) scanning lidar system has long range and a 120-degree field of view.

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