End of the year is near and that means it's time to sum up its results and plans for the future. German colleagues from the site PC Games Hardware now decided to refresh Intel and AMD plans to release new processors over the next year and a half.
Let's start with AMD company , from which all awaiting the release of Summit Ridge Zen architecture processors in mid-January 2017. Socket AM4 - Bristol Ridge hybrid model in the desktop version. are present on the market today, but only in finished computers. Bristol Ridge produced by a mature 28-nm technology and used Excavator architecture.
hybrid processors Raven Ridge in the same performance Socket AM4 German colleagues urged not to wait until the first quarter of 2018. Sources suggest that the range of the Raven Ridge will be released on 16 nm technology, while the relationship with Summit Ridge implies the use of 14-nm process technology.
In the first quarter of 2018 colleagues expect the appearance and first processors with the architecture of Zen +, which will retain compatibility with Socket AM4 and 14-nanometer manufacturing technology.
Since Intel has a very simple plan. In January, inthe market will appear desktop versions Kaby Lake in LGA 1151, which are compatible with motherboards based on Intel chipsets "hundredth" series, and preparing for the announcement of motherboards based on chipsets "two hundredth" series. Theoretically, processors Kaby Lake will work with DDR3 memory, but the corresponding connectors on motherboards with LGA 1151 are rare.
The second quarter of 2017 is preparing the debut of processors in LGA 2066 enthusiast who indulge overclocking the presence of free multiplier. If Skylake-X can be considered successors Broadwell-E with ten cores, four-channel DDR4 memory and 44 lines PCI Express 3.0, the Kaby Lake-X limited to four cores, two memory channels and 16 lines of PCI Express 3.0.
In the first half of 2018 we can expect 14-nm processors Coffee Lake, which will be offered for the first time in the mass segment of up to six cores. Along the development of 10-nm processors will be engaged in Cannon Lake, but mainly in the mobile segment. Desktop processors Cannon Lake will have only two cores.
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