The Exynos 7870 is a new midrange processor from Samsung which this year becomes lodged in smartphones. The special feature of this processor is that it is baked at 14 nanometers. This allows the manufacturer to know on his website

 Samsung Exynos 7870

Up to now, this was only reserved to top-chipsets, such as the Exynos 7 Octa-processor which was used in the Galaxy S6. This means that midrange smartphones with the Exynos 7870 processor in theory are quicker and more efficient than competitors. The amount of nanometer fact says something about the speed, effectiveness and economy of a processor. On a processor that is baked at 14 nanometer can be placed more transistors than on a chipset that is baked on, for example, 18 nanometers. Despite the novelty is the Exynos 7870 is not unique. Qualcomm with the Snapdragon 625 recently presented an midrange chipset that is baked at 14 nanometers.



Specifications Exynos 7870

Back to the Exynos 7870. This processor uses eight Cortex A53- cores that are clocked at 1.6 GHz. The chipset supports full HD displays and lower, so for example, no Quad HD displays. The 7870 supports LTE Category 6, with a maximum download speed of 300 megabits per second. The graphics chip is the Mali T830 ARM.

Interestingly, the new processor from Qualcomm supports a technique in which two camera,Äôs can be simultaneously. Samsung seems to play in there on a new technique that is becoming more common: double camera,Äôs or camera,Äôs with tdubbele lenses. So getting the LG G5 as good a dual camera and work Huawei and Apple for the iPhone and P9 7 likely to zo,Äôn innovative camera.



Samsung Galaxy A5

Smartphones with Exynos 7870 probably still for sale

The Exynos 7870 paves the way for this kind camera,Äôs to more affordable smartphones. from the end of March, the mass start of the processor goes. so it is likely that the new midrange processor this year becomes lodged in smartphones. What they are, that is still unknown. It would just can go to for example a new phone Samsung Galaxy a-line, but time will tell.