• Solid-state LiDAR

    Solid-state LiDAR Introduction The so-called solid-state LiDAR, it is generally recognized that the solid-state LiDAR is non-rotating. Usually, it’s divided into three types, based on phased array, Flash, and MEMS. The phased array principle is adopted to realize the solid-state LiDAR, which completely eliminates the mechanical structure, and changes the exit angle of the laser by adjusting the phase […]

  • LiDAR-based Measurement System for Truck Bulk Cargo Volume

    LiDAR-based measurement principle introduction: LiDAR-based Measurement System uses high-definition solid-state video LiDAR to measure the empty truck body and loaded truck body, to obtain 3D imaging of the surface of the empty truck and the surface of the loaded truck with cargo. Through the camera image data, the artificial intelligence (AI) method is used to […]

  • Features of lidar

    Compared with ordinary microwave radar, the operating frequency of LiDAR is much higher than that of microwave radar because LiDAR uses a laser beam.LiDAR has many characteristics including: (1) High resolutionLidar sensor can obtain extremely high angle, distance and speed resolution. Usually the angular resolution is not less than 0.1mard, that is to say, it […]

  • Solid-State Lidar (LiDAR)

    LiDAR, which stands for Light Detection and Ranging, is a sensing technology akin to RADAR. But, while radar detects objects by the reflection of radio waves off their surface, LiDAR illuminates them with a laser beam and detects the bounce-back of the laser signal. LiDAR uses infrared LED or laser light to deliver light pause […]

  • NeuRuler, A Measurement Software for Titan M1-I LiDAR

    Derived from NeuViewer, NeuRuler is an advanced measurement software specifically designed for operating on Neuvition Titan M1-I LiDAR. Compared with NeuViewer, NeuRuler is working faster on the system of handheld LiDAR Titan M1-I and can not only meet the use requirements in outdoor mapping, 3D imaging, various industrial measurement, and machine vision applications but also make […]

  • CVIS and V2X with LiDAR

    With the evolvement in CVIS(Cooperative Vehicle Infrastructure System) and V2X (Vehicle to Everything), ITS (Intelligent Transportation System) and smart cities can be made possible in near future by virtue of the excellent communication capabilities of 5G technology and the development of LiDAR or other sensor technologies. Moreover, the continuous integration and breakthrough of new technologies […]

  • Solid State LiDAR

    Self-driving cars require a large number of sensors in order to perceive their surroundings. LiDARs reliably and precisely detect 3D environmental data, which, through computer analysis, enable vehicles to navigate independently. Conventional mechanical LiDARs are large, expensive and not robust enough for automotive applications. Whereas solid-state LiDAR is a promising technology that comes in higher […]

  • Automotive LiDAR’s Role in Autonomous Driving

    With the development of automation technology and smart cities, autonomous driving becomes increasingly known by the public. In near future, it is a tendency to build an intelligent network in which autonomous driving plays an important role. Challenges in autonomous driving However, autonomous driving is now in the stage of L2 ADAS or below. There are still […]

  • Neuvition Brings New Single Line Members to the Solid-state LiDAR Series

    DUBLIN, Calif. December 10, 2020 — Neuvition, Inc. officially releases two new LiDAR models to the current Titan M1 series: Titan M1-SL and Titan M1-R-SL. They are single line LiDARs derived from Titan M1 multi-line high-resolution LiDAR and they are more suitable for specific applications. Compared with the mature two-dimensional single line LiDAR on the market, the Titan SL series from Neuvition are high-speed […]

  • Lidar Sensor Suppliers

    LiDAR sensors are a key technology of the future for process automation or highly automated, fully automated and autonomous driving. In conjunction with cameras and radar sensors, they perceive the surroundings, help with orientation, detect obstacles, measure distances – and thus ensure greater safety and efficiency on busy roads and in automated industrial environments. Applications […]