安森美半导体与L16相机上的Light合作

半导体

安森美半导体很高兴成为新款L16数码相机的一部分。这款突破性的设备采用了安森美半导体产品系列中的许多产品，包括自动对焦控制器，背面照明CMOS传感器和各种电源调节设备。
图像传感器，DSP处理器和光学器件的最新进展现在允许制造独特的相机配置，例如L16。
众所周知，在成像行业中，较大幅面的传感器可以产生更高质量的图像。
较大的传感器收集更多的光子，从而可以捕获具有更低噪声和更好质量的图像。不幸的是，较大的传感器需要更大的透镜光学器件，携带起来既麻烦又精巧。
典型的（1 / 3.2“）智能手机传感器的尺寸仅为专业35mm格式数码单反相机的一小部分。
工艺进步和像素开发缩小了它们之间的差距，但没有替代大型光收集区域.ON Semiconductor提供多种光学格式，不断提高像素效率和捕获速度。
镜头的长度与传感器的尺寸和所需的变焦系数成正比。
使用更大的传感器和使用具有更大变焦的镜头需要更长的镜头。
在将智能手机的尺寸与专业数码单反相机进行比较时，这一点最为明显。
那么，如何在接近智能手机的尺寸上实现专业数码单反相机的性能呢？
通过将大型传感器分解为一系列较小的传感器。
面积相等的总和意味着光收集和性能可以保持。使用较小的传感器意味着可以大大减小光学器件的尺寸。
我们都熟悉最新的智能手机设备，利用2个摄像头来增加缩放和深度功能。
Light L16将其提升到了一个新的水平。使用16个传感器，L16可以捕获与大型专业数码单反相同的光量，同时保持镜头的长度类似于典型的智能手机。通过与Light，ON的紧密合作
半导体能够提供基于其1 / 3.2英寸格式AR1335CMOS图像传感器的特殊定制传感器设备。
眼见为实。这是从L16拍摄的一些令人惊叹的图像。
请访问Light.co网站获取全分辨率图像。我们赞扬Light团队将最好的图像处理算法与图像传感器和光学技术的最新进展相结合，创造出真正与众不同的产品。

以上来自于谷歌翻译

以下为原文

ON Semiconductor is pleased to be part of the new L16 digital camera. This groundbreaking device uses many products from the ON Semiconductor portfolio including Autofocus controllers, Back Side Illumination CMOS sensors, and various power supply regulation devices. Recent advancements in image sensors, DSP processors and optics now allow manufacture of unique camera configurations such as the L16.
It is well known in the Imaging industry that larger format sensors produce better quality images. Larger sensors collect more photons, allowing the capture of an image with lower noise and better quality. Unfortunately, larger sensors require bigger lens optics, can be cumbersome to carry and delicate.
The typical (1/3.2”) smartphone sensor is a fraction the size of a professional 35mm format DSLR camera. Process advancements and pixel development has narrowed the gap between them, but there is no substitute for a large light collection area. ON Semiconductor offers a wide variety of optical formats, constantly improving the pixel efficiency and capture speeds.

The length of the lens is directly proportional to the size of the sensor and the desired zoom factor. Use of a larger sensor and use of a lens with more zoom requires a much longer lens. This is most obvious when comparing the size of a smartphone to a professional DSLR.
So, how does one achieve the performance of a professional DSLR in the size approaching a smartphone? By breaking up a large sensor into an array of smaller sensors. The sum of the area being equal means the light collection and performance can be maintained. Using smaller sensors means the size of the optics can be reduced greatly.

We are all familiar with the latest smartphone devices, utilizing 2 cameras to add zoom and depth functionality. The Light L16 takes this to the next level. With 16 sensors, the L16 can capture the same amount of light as a large professional DSLR, while keeping the length of the lens similar to a typical smart phone. Through close collaboration with Light, ON Semiconductor was able to supply specially customized sensor devices, based on its 1/3.2-inch format AR1335 CMOS image sensor.

Seeing is believing. Here are a few of the amazing images captured from the L16. Please visit the Light.co website for full resolution images. We commend the Light team as they bring the best of image processing algorithms combined with the latest advancements in image sensor and optics technology to create a truly differentiating product.

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