Thank you .za for providing us with this information. Usually, synthetic benchmarks are an interesting tool but rarely translate to dramatic changes in real world scenarios. Furthermore, it’s uncertain how this will alter the framerate in modern games. This means we shouldn’t realistically expect a clock speed this high. A number of professional overclockers have attained 6.50GHz and even 7.GHz speeds using Ivy Bridge and Sandy Bridge CPUs. Interestingly, Skylake dissipates heat in a much more efficient manner but it’s important to reiterate that liquid nitrogen has yielded huge clock boosts in the past. Additionally, PLG opted for the MSI Gaming Z170 motherboard and overclocked a single DDR4 memory module to a staggering 4287MHz. The full performance of this chip is starting to be unveiled after an overclocking enthusiast entitled, “PLG” achieved 6.5GHz with a voltage of 2.032v using liquid nitrogen. In terms of overclocking headroom, the i7-6700K is a beast and managed to reach 5.2GHz alongside a fairly modest air cooler at 1.35v. When combined with a dedicated GPU, the performance increase doubles from 3% to 6% based on an IPC increase of 11%. Get your mate to do it too and compare the results. Write down the scores of each component and check your scores against the reference tables. If you want to test the performance of your system run Passmark benchmark. This translates to a 8% IPC improvement which is fairly expected given Intel’s performance increases in the past. Its not that much better than an i7 from 2011. More specifically, the i7-6700K is approximately 3% faster at stock in 3DMARK 11 with only a 200MHz clock deficit verses the i7-4970K. The synthetic benchmarks of Intel’s highly anticipated 14nm Skylake microarchitecture have started to emerge and the results are fairly promising.
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