Galaxy S20, It Makes you A Pro Photographer

It can be challenging to capture a perfect shot unless you’ve got great camera hardware. Poor lighting or focal length that isn’t ideal can take a toll on your results. Well, worry no more, because the Samsung Galaxy S20’s camera can compensate for any novice’s lack of experience. It Utilizes impressive hardware and clever AI technology to deliver remarkable photos.

Here’s why its really good at its job:

108MP/64MP High Resolution Sensor

The Galaxy S20’s camera provides super high resolution shots, enabling you to capture pictures with great detail. Only the S20 Ultra features the 108MP sensor, the lesser S20 and S20+ have to make do with the 64MP one.

The 108MP sensor, switches between nona-binning technology which detects more light exposure for better quality shots in low light conditions.

Nona-binning technology, combines all nine pixels into one. This allows the 108MP sensor to capture a highly detailed 12MP photo.

Re-mosaic, will coordinate colour pixels to bring out more details in your pictures. The re-mosaic algorithm remaps pixels into a conventional RGB pattern, producing a more detailed image.

But the main party piece has to be that amazing zooming capability. Galaxy S20’s Space Zoom technology has a combination of Hybrid Optic Zoom, and super resolution zoom. With it, you can zoom in from great distances.

The Galaxy S20 and S20+ have a 3x Hybrid Optic Zoom, but the Galaxy S20 Ultra can achieve a 10x Hybrid Optic Zoom. With AI-powered digital zoom, it’s up to 30x on Galaxy S20 and S20+ as for Galaxy S20 Ultra is 100x.

How does all this mambo jumbo work? Well,the Galaxy S20 Ultra has a 48MP sensor, which switches between tetra-binning and re-mosaic depending on its focus point. Tetra-binning combines 4 pixels into 1, which provides better results.

The Galaxy S20 Ultra extends its zooming capability by focusing on a small space. The lens at the bottom of the phone’s camera, is able to allow more light to come in from the back of the phone through the use of a prism that then redirects it upwards at a 90-degree angle.