Galaxy S9 and S9+ use two different camera sensors: Sony and in-house

Smart Android And Trik-Commenting on Andorid indeed never endless, because smart devices this one is often updated every certain amount of time. So that the market can always be garapnya menerinya with pleasure. And it is not denied if this device has become the lifestyle of each society. To not wonder if the 6th business information and many are turning to mobail smartphone. With Android which thoroughly dominated the mobile industry, choosing the best Android smartphone is almost identical to choose the best smartphone, period. But while Android phones have few real opponents on other platforms, internal competition is intense.

From the sleek devices impress with the design premium, up to a full plant furniture features, to a very good device, and affordable mobile phone has a heavy weight, the Android ecosystem inhabited by a diverse range of attractive mobile phone Galaxy S9 and S9+ use two different camera sensors: Sony and in-house Galaxy S9 and S9+ use two different camera sensors: Sony and in-house,But "oversize" are subjective, and sometimes pieces of the specification and a list of features is not enough to get an idea of how good a phone. In this roundup, we look at the absolute best-the Android phone you can't go wrong with. The habits of young people or to accentuate trand blindly lifestyle, make this a medoroang this clever device industry vying to do modifications to the device, with a distinctly vitur vitur-tercanggihnya. So it can be received over the counter Galaxy S9 and S9+ use two different camera sensors: Sony and in-house

As it has done in the past, Samsung is dual sourcing the image sensors for the Galaxy S9 and S9+ – depending on where you buy yours, it may have a Sony-designed IMX345 or a Samsung-designed S5K2L3 ISOCELL Fast. TechInsights has examined both sensors at a microscopic level and found them to have a different design.

Both sensors have a 3-layer stacked design – a CMOS sensor with the image pixels, another for the image signal processor (ISP) and finally a DRAM chip for those coveted 960fps videos. But the organization is different.

height="138" src="https://cdn.gsmarena.com/imgroot/news/18/04/galaxy-s9-image-sensors/-207/gsmarena_004.jpg" width="207">
Sony IMX345 design • Samsung ISOCELL Fast design • LPDDR4 chip on the Samsung sensor

Sony’s IMX345 is very similar to the IMX400 introduced with the Xperia XZs a year ago. It puts the DRAM in between the CMOS sensor and the ISP logic.

The Samsung S5K2L3 on the other hand looks like a traditional 2-layer sensor with a CMOS bonded to an ISP but it now as a DRAM chip connected to the bottom. Specifically, a LPDDR4 chip measuring 3.17 x 5.33 mm (16.9 mm²).

We even got an interesting timeline showing that Samsung has been catching up to Sony. Sony was the first to introduce a 2-layer design in 2014, followed by Samsung’s version in 2016. Then Sony made a 3-layer sensor last year and Samsung made one this year.

You can follow the source link for more intricate details on the image sensors. For example, Sony experimented with a copper direct bond interconnect between the CMOS and the ISP layers in the 2014-2016 period (this allows for higher density chips compared to the classic approach used in the 2017-2018 image sensors).

PS. You can use AIDA64 to check which sensor is in your Galaxy S9, just look at the Camera ID.

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