hods, Mr. Sakpal gave a general overview of ADAS/AD sensors and LiDAR sensors in particular.   ADAS sensors can be roughly divided into active sensors (LiDAR, radar, ultrasound), which emit energy (e.g. radio waves or laser light) and measure the reflected or scattered signal, and passive sensors (RGB camera, thermal camera), which detect the natural radiation or emission of the target or the environment (e.g. sunlight or artificial light for ca...

Market & Tech Reports  Updated at: 2024/12/02

nized by we.CONECT Global Leaders GmbH/picture: Copyright © Ceres Holographics Ltd.)   Since around 15 years ago, Covestro (at that time Bayer MaterialScience) invested about 200 million Euro in the development of a photopolymer film, Covestro™ Bayfol HX®, to make the film suitable for full RGB and lamination integration into glass.   Covestro’s Bayfol® HX film is a transparent, thin film with a light-sensitive, self-developing photop...

Market & Tech Reports  Updated at: 2024/09/05

Edge VEK280 evaluation board to perform low latency Machine Learning (ML) inference essential for ADAS ・ Zebra™ Plug and play AI inference demo: The neural network configured in FPGA is sent to AI without any modification, and AI inference is executed. AI inference can be accelerated ・ 5Mpix RGB-IR image processing + posture detection: 5 Mpixel infrared (IR) camera covers the entire interior of the vehicle day and night (Xylon) ・ Next-ge...

Market & Tech Reports  Updated at: 2024/03/21

e seat at low cost (50% less cost compared to a conventional camera solution).   Oshino Lamps Ltd. - Functional steering wheel illumination   The Japanese lighting technology specialist, Oshino Lamps, exhibited its interior illumination solutions.   The steering wheel on display features special RGB color changing light guides enabling functional dynamic lighting and integration of turn indicators for future autonomous driving. Oshino L...

Market & Tech Reports  Updated at: 2024/01/17

ons, it can also provide safety improvements to front lighting. Here, the integration topic mostly refers to advanced co-packaging with communication and driver circuits; it provides advantages in terms of efficiency, installation space, bill of materials, wiring, and system costs. The Osire E3731i RGB LED, recently presented by ams-Osram [6], is an example of advanced LED technology in interiors. In addition to the real high-power light-emitting...

Market & Tech Reports  Updated at: 2024/01/15

; Slide: ©designLed Products Ltd)   By means of this technology the automotive display surface can thus be extended while minimizing the costs and the power consumption.   Prettl: Crystal interior concept   Prettl showcased a prototype of an ambient light featuring diamond effects enabled by RGB LED animations. This technology can be applied in various shapes and designs to many areas in the vehicle. It can be used to personalize the inter...

Market & Tech Reports  Updated at: 2022/12/28

Comparison of foreground image at night between conventional night vision (left) and Kyocera's night vision (right)   Kyocera presented a night vision technology that projects white light and near-infrared light from headlamps with the optical axes aligned, and can capture images with an RGB-IR sensor to obtain a clear nighttime image.   Cockpit total solutions   Mitsubishi Electric exhibited its concept mockup EMIRAI xS Drive as an ...

Market & Tech Reports  Updated at: 2022/11/28

or ambience, functional and communication purposes.   Light Tiles key technology highlights include: Patented optical structures create very thin light guides (1-3mm) Any shape and size is possible: 2.5D and 3D profiles Edge-to-edge light and color homogeneity Dynamic addressing of white, red and RGB LEDs to create low resolution displays Perfect for interior or exterior vehicle styling Optimised to meet customer use case requirements ...

Market & Tech Reports  Updated at: 2021/12/09

Vision-based companies are pushing their technologies to the limit. They are committed to enhancing their existing autonomous solutions to make autonomous vehicles confident in their respective applications. Examples of this can be seen in sensors such as stereo cameras or modules that contain both RGB and thermal cameras. As will be discussed in this paper, cameras can serve as the primary sensor in an autonomous vehicle.   Not only are compani...

Market & Tech Reports  Updated at: 2021/04/19

d often is OpenCV either for some image processing or preprocessing. We also use it for visualization and debugging tools.     Let's decompose VSI's middleware stack shown in the chart above. First, we explain each component used in the AVB2. Leopard Image Cameras: These are just high definition RGB cameras designed for automotive development. These cameras send raw image data to a computer over USB3 or GMSL interface. Apollo Camera Perception...

Market & Tech Reports  Updated at: 2019/06/12

in the basic research stage. Display on laser-based HUD Display on LCD-based HUD   Laser LCD External appearance Projects a 17in. virtual image of what is 2.1m ahead. Resolution 1280 × 320 800 × 200 Color reproducibility 145% (Wide color gamut due to using red-green-blue (RGB) laser light) 41% Contrast 7000:1 (Excellent visibility at nighttime) 1000:1 Field of vision Narrow Wide Power consumption One tenth that of...

Market & Tech Reports  Updated at: 2015/07/08