![]() So, Intel Broadwell was the “Tick” in the current cycle where the company did a die-shrink from 22nm Haswell micro-architecture to the 14nm Broadwell. It was put in place to represent the micro-architectural change after each die shrink or manufacturing process. In 2007, Intel adopted the “Tick-Tock” model. Intel hasn’t quantified its claims, so we are taking their word for it, for now. This means that a Skylake processor-powered laptop should offer better performance on batteries when compared to the Broadwell or Haswell architecture-based processors. Among many power saving features, the Skylake CPU uses Speed Shift technology, which lets the CPU change its power state depending on requirement. According to the company, maximum power consumption has been considerably lowered and maximum performance is higher than the previous generation of processors. Going into the specifics, Intel has changed the entire setup of transistors inside the new processor lineup, but the manufacturing process remains the same. It should be mentioned at this point that two 6th generation desktop processors - the Core i5-6600K and the Core i7-6700K are already out, announced at Gamescom earlier this month. Although Intel hasn’t given any specific launch date for the lineup, IFA is just around the corner, so we might see a few announcements being made. The new processor lineup featuring Intel's Skylake architecture is expected to reach stores by end-September. What we are interested in here today is the upcoming lineup of 6th-gen Intel processors. At the Intel Developer Forum 2015, Intel showcased a bunch of new technologies.
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