[经验]

像素完美显示的4700万个理由

2018-10-17 15:07:39

1114 安森美显示器图像传感器

高清，全高清，超高清，8k UHD - 分辨率和质量的提升正在改变我们与视频显示器的互动方式，无论是在我们的客厅壁挂还是在火车或咖啡馆手持。
随着这些显示器的质量不断提高，在离开制造工厂之前确保其性能所需的技术也需要进步。
今天，平板显示器的最终检测 - 无论是电视还是智能手机 - 都是在世界各地的工厂使用基于安森美半导体的KAI-29050图像传感器的相机进行的。
这款2900万像素CCD图像传感器可提供高分辨率和出色的图像质量，允许自动化系统检查每个显示像素内的各个子结构。
但随着平板显示器的分辨率不断提高，需要更高分辨率的检测系统，以便在将这些显示器运送给客户之前准确 - 有效地 - 监控这些显示器的质量。
这就是为什么我们正在开发一种具有更高分辨率和更快帧速率的新型CCD图像传感器，以满足这种日益增长的需求。
去年在德国斯图加特举行的VISION贸易展上，安森美半导体展示了我们新型KAI-47051图像传感器的技术演示，该传感器提供了4700万像素的分辨率，其帧速率几乎是KAI-29050的两倍。
IEEE最近发布了由安森美半导体团队编写的技术论文，该论文开发了这种图像传感器，描述了将这种先进器件推向市场的设计和技术挑战。
该设备的工程级版本刚刚推出，允许相机制造商完成其相机设计，以期将该产品发布到全面生产。
我们正在努力完成这款令人兴奋的新设备的商业化，并希望尽快将其投入生产。
这样下一代平板显示器将继续看起来像素完美。

以上来自于谷歌翻译

以下为原文

HD, Full HD, Ultra HD, 8k UHD – advances in resolution and quality are changing the way we interact with video displays, whether wall-mounted in our living room or hand-held on a train or café.  And as the quality available from these displays continues to improve, the technology required to ensure their performance before leaving the manufacturing plant needs to advance as well.
Today, final inspection of flat-panel displays – whether for a TV or a smartphone – is done at factories around the world using cameras based on the KAI-29050 Image Sensor from ON Semiconductor.  This 29 megapixel CCD image sensor provides high resolution with superb image quality, allowing automated systems to inspect individual sub-structures that can be found within each display pixel.  But as the resolution of flat panel displays continues to increase, even higher resolution inspection systems are required in order to accurately – and efficiently – monitor the quality of these displays before they are shipped to customers.
That’s why we’re developing a new CCD image sensor with even higher resolution and faster frame rate to address this growing need.  At last year’s VISION trade show in Stuttgart, Germany, ON Semiconductor showed a technology demonstration of our new KAI-47051 Image Sensor, which provides 47 million pixels of resolution at almost twice the frame rate of the KAI-29050.  IEEE recently published a technical paper written by the ON Semiconductor team developing this image sensor that describes the design and technical challenges associated with bringing this advanced device to market.  And engineering grade versions of this device have just become available, allowing camera manufacturers to finalize their camera designs in anticipation of the release of this product to full production.

We’re working hard to complete commercialization of this exciting new device, and hope to have it available in production soon.  So that the next generation of flat panel displays will continue looking pixel perfect.