Part 1 discussed the market and application drivers for VCSEL based LiDAR in emerging new applications like AoT ™ (Autonomy of Things), AR/VR (Augmented/Virtual Reality) and smart glasses.

Jellicoe was kind enough to Cambridge-mastersplain these latest "third-generation" lidar sensors and their VCSEL array semiconductor lasers to me. For the newbies: Today's lidar works by emitting ...

Smithwick says that TriLumina already has at least two customers working to develop lidar sensors using VCSEL arrays containing as many as 5,120 lasers. Ouster's Pacala argues that lidars based on ...

Two of the companies working on high-end VCSEL-based lidar—Ouster and Ibeo—have already gotten more traction than most companies in the crowded lidar business. Apple's decision to adopt the ...

Hesai, the Shanghai-based lidar company, says it has agreed a deal to provide its “AT128” sensors for a new car being built by fellow Chinese firm Changan Automobile. Based around vertical-cavity ...

VCSEL is a laser diode that acts as a cost-effective technology in implementing advanced driver assistance systems (ADAS) in both long- and short-range LiDAR, along with in-cabin sensing.

VCSEL arrays have become the preferred laser illumination source for short-range 3D sensing applications such as biometric security and world-facing LiDAR in consumer mobile devices due to their ...

Apple’s deployment of a VCSEL (Vertical Cavity Surface Emitting Laser) based, world facing LiDAR on the iPad and iPhone platforms has significant impact on other applications like automotive LiDAR.