Samsung and ARM Announces Partnership Cortex-A76 Mobile Chips with Frequencies Over 3 GHz

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As we have seen in the performance charts, phones from companies such as Samsung or Huawei are not exactly among the top-of-the-range devices on the market. This may soon change, however, as the Korean company has concluded a new partnership with ARM for the development of new mobile chips based on the new Cortex-A76 architecture. They will be smaller, will consume less power and will be able to run at frequencies above 3 GHz, something that no other ARM chip in the market can do

Snapdragon 845 is delivered at a maximum of 2.8 GHz, while manufacturers such as ASUS or Xiaomi can also reach 2.9 GHz overclocking. This frequency, however, is achieved by making compromises such as the integration of more efficient cooling systems and the use of active cooling on the air, which can not be integrated into every smartphone on the market

So the news about a new chipset made through a Samsung-ARM partnership is very appealing, especially when we consider that ARM claims that will blow up even the Intel Core i7 chips on laptops offering similar performance with much lower consumption. This suggests that there may be future chipsets for Windows 10 on ARM equipped with such cores.

The new chip Cortex-A76 will be the first to use the new manufacturing processes from Samsung called 7LPP (7nm Low Power Plus) and 5LPE Early). It will be the "smallest" chip on the market and its production could start very soon, Samsung announcing earlier that it will be able to produce 7LPP chips in the second half of 2018. The 5LPE process will come later, probably, along with the Extrem Ultraviolet (EUV) lithography process that would allow the integration of multiple components on a single chip

Of course, the products that will result from this agreement will not be Samsung exclusive. The Cortex-A76 kernels will also be used by other chipset manufacturers to build their own chipsets (such as Qualcomm, MediaTek, Apple, etc.), but many have already started to build their own ARM-based architectures .

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