the industry, and they will let the sensor recognize changes in patterns in all directions.
As a result, the GN5 sensor will provide a one million phase multi-directional photodiode that covers all sensor areas. ” This will make instant autofocusing. In turn, better autofocus will increase the sharpness of the image in bright or low settings.
Finally, Samsung said Isocell GN5 provides exclusive pixel technology on a double pixel camera for the first time. Insulation of front trenches (FDTI) allows each photodiode to absorb and hold more light information. This increases full capacity (FWC) and reduces crosstalk in pixels. The following illustration explains GN5 technology this will enhanSamsung has just announced two new Isocell camera sensors for cellular devices that pack a lot of megapixels. This is an Isocell HP1 200-megapixel sensor and 50 megapixel GN5 ISOCELL sensor. Then again, the history of smartphones shows us that increasing the number of megapixel cameras is not enough to improve the photo quality. But this new camera sensor packs several new features that are intended to improve camera performance in various lighting environments.
Samsung Isocell HP1 200-megapixel camera sensor
Samsung said in his press release that Isocell the new HP1 was the first 200 megapixel cellular image sensor in the industry.
The HP1 sensor displays pixels of 0.64μm which can be combined to increase low light photography. Pixel-binning is not a new concept for this industry. Various smartphone cameras have combined several closest pixels to larger pixels to provide better light photos. However, Samsung has a new marketing term for HP1 Pixel-Binning technology: Chameleoncell. Depending on the environment, Chameleoncell allows the camera to switch between four-test layouts four, or full pixels, or full.
As a result, a 200 megapixel sensor becomes a 12.5 megapixel camera in low light. The sixteen neighbor pixels joined to make larger 2.56 μm pixels that can reach more light. In a bright outside setting, the sensor can offer a 200 megapixel ultra-high definition photography.
In addition, the HP1 sensor supports 8K video recording at 30 frames-per-seconds (FPS). This sensor combines four neighboring pixels to reduce the resolution to 50 megapixels. In this way, he can catch an 8K clip without cutting or reducing the video.
Pixel binning technology might be confusing, but Samsung practical infographics below explain how everything works.
Samsung Isocell GN5 50 megapixel camera sensor camera
Likewise, Isocell GN5 scored “industry-first” itself. This is the first 1.0 μm sensor that integrates multiple pixel pro technology. The new multi-directional autofocusing technology, Samsung explained. Dual Pixel Pro will “substantially improve autofocusing capabilities.” Technology places two photodiodes in each pixel horizontally or vertically. Fotodiodes are the smallest in ce the camera experience:
