Intel might be sticking to the familiar Kaby Lake architecture for the eight generation of its Core chips, but the its internal testing looks pretty promising as far as performance goes.The ...

Intel's 8 th gen designs have thus far gained over 400 partner designs available in the market at the time of writing. Intel hopes the new 8th gen Core U- and Y-Series mobile processors will ...

They include the Core i7-8665U and Core i5-8365U, both of which are 4-core/8-thread chips. The Core i7 part has a 1.9GHz base clock and a 4.8GHz boost clock, while the Core i5 chip runs at 1.6GHz ...

The chip is part of Intel's K-series 8th Gen Core chips, which are unlocked for overclocking and, thanks to Intel's Turbo Boost Technology 2.0, the Core i7-8700K can reach a frequency of 4.7GHz.

Intel hasn’t disclosed the prices of its four new 15-watt 8th-gen Core U-series chips, though the company revealed Monday how fast they’ll run: The slowest Core i5-8250U will run at 1.6GHz ...

8th Gen Intel Core U-Series And Y-Series Deliver Gigabit Internet By Chris Burns Aug. 28, 2018 3:00 pm EST Today Intel revealed the 8th Gen Core m3, Core i3, Core i5, and Core i7 mobile processors.

The Intel 8th Gen Core family has now been officially unveiled, less than a year after the rather forgettable Kaby something range of processors. ‘But where is Coffee Lake?’ I pretend to hear ...

Intel has revealed the six new 8th-generation desktop Core chips that will begin shipping October 5, including the six-core Core i7-8700K, which the company calls its best gaming processor ever.

At IFA 2018, Intel showed off the latest members of its 8th-Gen processor family: the Y-series Amber Lake chips and U-series Whiskey Lake models. Both lines are focused on improving internet ...

Intel also introduced some new designations, including Core i5+, Core i7+, and Core i9+, as shown above. These are related to Intel bringing its Optane Memory and other Optane solutions to mobile ...

Intel's highest-end Westmere CPUs had full-core boosts below 3.7GHz in all cases and the old Nehalem architecture was markedly less efficient than Intel's second-generation architecture, Sandy Bridge.