#ThrowbackThursday Enthusiasts' early overclocking endeavors involved soldering and replacing crystal clock oscillators, but evolving standards brought more accessible means to change system bus speeds, while the most daring would gain boosts through hard modding. These are but a few of the landmark processors revered for their overclocking prowess.
In overclocking circles it was recently noted that BCLK (base clock) overclocking might become a possibility in Skylake processors, but it would be up to motherboard manufacturers to circumvent Intel's restrictions. Last night Asrock contacted us with an updated BIOS that enabled this. We jumped at the opportunity and have already tested and benched a Core i3-6100 Skylake CPU with a 1GHz overclock (4.7GHz) on air cooling.
Water cooling systems -- whether they are a custom loop or an AIO -- all follow the same basic principles. You have the reservoir, the pump, the radiator, the fans, some tubing, a block (for either the CPU, GPU, or both), and the water itself. After years of working with water cooling kits, here are some important tips to help you get the most out of your system.
Whereas Broadwell was a 'tick' in Intel's "tick-tock" release cycle, Skylake is a 'tock', which means the same manufacturing process along architecture improvements. Chief among the changes is a new LGA1151 socket, which will require a new motherboard that supports an Intel 100 Series chipset, as well as support for DDR4 memory. On hand today we have the Core i7-6700K, a quad-core processor operating at a base clock of 4.0GHz.