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What will mainstream Advanced Driving Beam look like by 2025?

机译:到2025年,主流高级驾驶束将是什么样子?

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Adaptive Driving Beam (ADB) applications are proliferating from premium vehicles into the mainstream car models.Technology advances are creating the inflection point enabling cost effective digital headlighting to replace light steeringby electro-mechanical swiveling shutters. Today’s LED matrix solutions support the mainstream ADB functionality with5-25 independently addressable pixels. Meanwhile, the premium segment is evolving to a pixel count in the thousands tothe one million range driven by additional functional value in beam content. We can predict the usual functionalitymigration from premium to mainstream segment and hence anticipate the adoption of increasing pixel count ADBsolutions in the mainstream to support increased functionality, but at the appropriate cost point. Given the emergingrange of high pixel count solutions today and an equally wide range of emerging technologies which support these, it isuseful to shed light on which of these solutions have the potential to meet the mainstream requirements. This is themotivation for the work presented in this paper.We will look at all of the major competing technologies and offer an analysis on which technologies could support therequirements to enter the mainstream and based on this, predict the leading solutions with clear justifications. This willallow us also to forecast which new ABD functions are most likely to make the transition from premium to mainstream.
机译:自适应驾驶光束(ADB)应用已从高档汽车激增到主流汽车模型中。\ r \ n技术进步创造了拐点,使具有成本效益的数字大灯能够通过机电式旋转百叶窗代替光转向。当今的LED矩阵解决方案通过\ r \ n5-25可独立寻址的像素支持主流的ADB功能。同时,由于光束含量的附加功能值驱动,优质细分市场的像素数已发展到数千个到一百万个范围。我们可以预测通常的功能从高端市场迁移到主流市场的情况,因此可以预测主流市场中采用像素数增加的ADB解决方案来支持增加的功能,但要以适当的成本为准。鉴于当今出现的各种高像素计数解决方案以及支持它们的同等广泛的新兴技术,阐明其中哪些解决方案有潜力满足主流需求是没有用的。这是本文介绍的工作的动力。\ r \ n我们将研究所有主要的竞争技术,并分析哪些技术可以支持进入主流的需求,并以此为基础。 ,以明确的理由预测领先的解决方案。这也将使我们也无法预测哪些新的ABD功能最有可能从高端过渡到主流。

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  • 来源
    《Light-Emitting Devices, Materials, and Applications》|2019年|109400O.1-109400O.9|共9页
  • 会议地点 0277-786X;1996-756X
  • 作者

    Jy Bhardwaj; Benno Spinger;

  • 作者单位

    Lumileds, 370 West Trimble Road, San Jose, CA 95131, USA jy.bhardwaj@lumileds.com, phone +1 408 839 5597;

    Lumileds, 370 West Trimble Road, San Jose, CA 95131, USA;

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  • 原文格式 PDF
  • 正文语种 eng
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