Kodak’s new chip turns camera phones into a real camera柯达公司的新芯片轮流拍照手机成为一个真正的相机

柯达科航- 05020图像传感器

Hoping to bridge the gap between camera phones and real digital cameras, imaging innovator Kodak has created a new chip that will help manufacturers slash development costs and deliver true camera functionalities.希望大桥之间的差距，拍照手机和真正的数码相机，影像学的革新者，柯达已创造了一种新的芯片，这将有助于制造商降低开发成本和提供真正的相机功能。

Dubbed as the KODAK KAC-05020 Image Sensor, it is the world’s first 1.4 micron, 5-megapixel device that can capture high quality images and videos even in low light conditions.被称为柯达科航- 05020图像传感器，它是世界上第一个1.4微米， 500万像素的装置，能够捕捉到图像质量要求很高的影片，即使在光线较暗的条件。 Though 5-megapixel cameras are already available in some expensive smartphones, most camera phones still produce blurry images and videos filled with unnecessary background noise.虽然500万像素相机，现已可在一些昂贵的智能手机，大部分可拍照手机仍然产生模糊图像，影片充满了不必要的背景噪音。

“Camera phones and other small-pixel consumer imaging devices often suffer from poor performance, especially under low light conditions. “可拍照手机和其他小型像素消费热成像仪经常受到业绩不佳，特别是在光线较暗的条件。 To manufacture sensors that utilize these very small pixels – only two to three times the wavelength of visible light – we needed to challenge everything we knew about pixel and sensor design,” said Chris McNiffe, General Manager of Kodak’s Image Sensor Solutions business.制造传感器，利用这些非常小的像素-只有两至三倍的波长，可见光-我们所需要的一切挑战，我们知道像素和传感器设计，“克里斯说， m c niffe，总经理柯达公司的图像传感器解决方案业务。 “By completely rethinking the design of the CMOS pixel and leveraging our work with high sensitivity color filter patterns and algorithms, Kodak was able to develop this remarkable new sensor that will enable a level of imaging performance previously unavailable from CMOS devices.” “完全的再思考设计的CMOS像素和利用我们的工作，灵敏度高，彩色滤光片的模式和算法，柯达公司能够发展这一引人注目的新传感器，这将使水平的成像性能和以前无法从CMOS器件” 。

Thanks to this patented imaging technology it will also deliver other useful features to camera phones that are commonly found in digital cameras such as red-eye reduction, rapid auto-focus, digital image stabilization and由于此专利成像技术，它还将提供其他有用的功能，可拍照手机被认为是发现在数码相机，如减轻红眼，快速自动对焦，数字图像稳定和 facial recognition面部识别 . 。

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