Ocuk Extreme Intel Core i7-7700K 4.2GHz (Kaby Lake) Socket LGA1151 Proces

Product information: Intel Core i7-7700K 4.2GHz (Kaby Lake) Socket LGA1151 Processor - Retail Intels 7th generation processors bears the name Kaby Lake and when compared to its Skylake predecessor, is manufactured utilised an optimised manufacturing process. The 14 nm Plus process unlocks higher clock frequencies at lower voltages on Kaby Lake-series processors, in addition to a notable increase in efficiency. The consistency of the microarchitecture allowed the performance of the Kaby Lake series of CPUs to be pushed even further. The principal beneficiaries of this approach are the models with the K suffix, which offer impressive overclocking potential. The Intel Core i7-7700K - An Overview: Quad-Core Processor (8 threads with HT) Unlocked multiplier for overclocking Base and boost clock of 4,2 / 4,5 GHz 8 Megabyte L3 cache & turbo boost 2.0 Low 91 Watt TDP Integrated HD Graphics 630 GPU AVX2 Instruction Set Extension (Advanced Vector Extensions) AES Encryption (Advanced Encryption Standards) Compatible with 100- and 200-series Intel chipsets The Intel Core i7-7700K: Kaby Lake and its Advantages Compared to its Predecessors The Intel Core i7-7700K comes with an unlocked multiplier, thereby allowing the processor to be overclocked. However even when running at stock frequencies the Intel Core i7-7700K offers a very high clock frequency of 4,2 GHz, which if necessary can be boosted to 4,5 GHz via GPU Boost 2.0. The Thermal Design Power (TDP) is 91 Watts, a level similar to that of Skylake. As a Core i7, this quad-core processor comes with Intels Hyper Threading technology (HT) and is capable of carrying out not only four, but eight threads simultaneously. Besides the increased clock frequencies and the reduced TDP in comparison to Skylake, Kaby Lake processors also come with Speed Shift 2.0. Speed Shift was introduced with Skylake and is a feature that allows the CPU to have more control over the clock frequency. This allows processors to react more qui...