Rivian could be on the verge of launching its new cost-effective R2 SUV with LiDAR technology, if recent teaser images from company CEO RJ Scaringe are to be believed. Eagle-eyed users on social media ...

For airborne topographic mapping, 1064 nm diode-pumped YAG lasers are preferable. Other laser parameters important to LiDAR setups include pulse repetition rate, laser power consumption, and beam ...

By simplifying system design and boosting performance, the laser makes long-range LiDAR systems more effective and reliable. The SPL S8L91A_3 A01, a high-performance 8-channel 915nm SMT pulsed ...

(He couldn't actually get a measurement.) Most versions of lidar use a single laser with a detector. When a short pulse is emitted, a computer measures the time it takes to get a signal back to ...

We were able to identify the layout of the streets of this city, which was also a fascinating discovery,” Eduardo Neves, director of the University of São Paulo’s Museum of Archaeology and Ethnography ...

By simplifying system design and boosting performance, the SPL S8L91A_3 A01, a high-performance 8-channel 915nm SMT pulsed laser in a QFN package, is said to “make long-range lidar systems more ...

Volvo’s brand-new, all-electric EX90 was on the receiving end of some unorthodox – and unfair – bad PR this week, as it turns out the pulsed lasers used within its LiDAR safety system could ...

To add redundancy to its navigation and sensing systems, many autonomous vehicle developers use lidar, known in the long form as Light Detection and Ranging. Using pulsed lasers, lidar systems ...

Light detection and ranging, or lidar, is just such a remote sensing technology that uses pulsed light to measure and map the surrounding environment. Lidar’s ability to quickly and precisely ...

“Essentially, lidar is a ranging device, which measures the distance to a target,” according to Synopsys’ website. “The distance is measured by sending a short laser pulse and recording the time lapse ...

From an airplane or in some cases a drone, a LiDAR sensor tracks the amount of time each laser pulse takes to return and uses that information to create a three-dimensional map of the environment ...

The lasers that make up the lidar pulse 40,000 times a second, and every pulse produces a “sounding,” or a single bathymetry (water depth) measurement. The “low altitude” part of the LASS ...