Self-driving cars often use LiDAR — think of it as radar using ... the beam will sweep over a 20-degree field of view. The phonons are similar to a diffraction grating. They not only alter ...

To improve lidar linear depolarization measurements, a 1/2 λ wave plate is placed after the beam expander and coupled with a cubic polarization beam splitter in the receiver path. The receiver in the ...

The Hesai JT series leads the robotics lidar market in technological innovation ... easily obtaining a 360° horizontal field-of-view (FOV). Through innovative optical module design, the vertical ...

“Externally mounted sensors significantly increase aerodynamic drag, particularly by increasing the proportion of interference drag within the total aerodynamic drag,” study author Yiping Wang said.

What’s also neat is that he’s using his own LiDAR sensor ... Each sensor scans a 25-degree field of view. Three adjacent sensors are used to define a string, with the string being in the ...

Lidar, short for light detection and ranging, uses a laser to map out an environment by analyzing reflected lasers. This means that laser wavelength, point rates, field of view, and angular ...

The JT128 features the world's widest hyper-hemispherical field of view (FOV) at 360° x 187°, powered by Hesai's proprietary technology. Compact and lightweight, the miniature JT series ensures that ...

Utilizing fully-solid-state electronic scanning technology, it supports a maximum FOV of 180° x 140°, giving it the largest field of view in the world for an automotive-grade solid-state lidar.

Lidar, short for light detection and ranging, uses a laser to map out an environment by analyzing reflected lasers. This means that laser wavelength, point rates, field of view, and angular ...

Utilizing fully-solid-state electronic scanning technology, it supports a maximum FOV of 180° x 140°, giving it the largest field of view in the world for an automotive-grade solid-state lidar.

The field of view is 45° vertical and 90° horizontal. Maximum detectable radial velocity is 63 m/s (140 mph). The sensor's software-defined LiDAR (SDL) allows customers to modify frame rate and adjust ...