We currently have two smartphones with dual cameras in the catalog of the Korean manufacturer. This component has served Samsung Galaxy Note 8 and to Samsung Galaxy S9 + to become two of the best camera phones on the market. Now this dual camera could also reach the Samsung’s midrange .
And we do not say it, but it is the company itself that does so after presenting in society its new processor that will bring the characteristics of the high range to the Samsung’s midrange . Among the features of that CPU we discovered that it allows working with dual cameras, so it would not be surprising that this technology will star in future mid-range smartphones from the manufacturer, such as Samsung Galaxy A of 2019 that we will meet at the beginning of next year.
Entering fully in the characteristics of the Exynos 9610 that will begin to star in Samsung’s mid-range smartphones As of the second half of the year, we are facing an octa-core developed under 10 nm FinFET and that has a cluster of 2.3 GHz quad-core Cortex-A73 and another Cortex-A53 quad-core cluster with speeds up to 1.6 GHz. The processor is flanked by a Mali-G72 GPU and supports speeds LTE data processing up to 600Mbps in the downstream and Cat.13 up to 150Mbps in the upstream.
However, where it stands out the most Exynos 9610 by Samsung is in the capabilities of Artificial intelligence that adds to the photographic component of the mobiles where it is integrated. According Samsung ” The Exynos 7 Series 9610 sets a new performance standard for mid-high-end devices with its deep learning processing solution and new slow-motion video capabilities that change the way we interact with our mobile devices. ” .
Samsung wants the dual camera in the mid-range to be as real as it is in the top of its catalog. That is why chipset supports up to 24 mpx individual cameras, or dual cameras with a maximum configuration of 16 mpx + 16 mpx. In addition, the CPU has a neural processing unit that works in conjunction with the image processor that allows using the AI to improve photography and videos.
As we have seen in terminals the likes of Samsung Galaxy S9, the Exynos 9610 it also promises excellent low-light image performance by improving brightness and fusing several frames in one to minimize image noise.