This zoom is to help with visibility we realize that it’s suboptimal for data presentation, but for this style of chart, we need the granularity. If we plot the individual cores and then zoom the chart to a 40-70 degree range, we can get a closer look at core-to-core deltas in the 10900K. The link in this paragraph leads to photos of a delidded 10900K and more information on the reduced silicon height, the amount of reduction, and the thickness of the IHS. Of course, this will also vary chip-to-chip from soldering differences. We remarked that this should improve core-to-core deltas, which would improve overclocking potential by lowering limits encountered from thermal headroom. We previously showed a delidded 10900K and explained that the silicon has been brought closer to the IHS, and that the IHS is also thicker as a result. We should test Intel’s new die sanding technique to see how it impacted thermals. Major Thermal Improvement Intel i9-10900K Core-to-Core Deltas To learn more about how we do our CPU testing, you can read our in-depth CPU test methodology post here. We have some complaining about BIOS maturity in the beginning of the above video as well.īenchmarks continue below. The i5-10600K review will go up later today for us, so you can check back on YouTube for that. That contains info on die sanding, the IHS, die height, substrate proximity to the peak of the die, and specs for the Intel i9-10900K. Unfortunately, our time is extremely limited these days and getting the articles live is tough work at the end of a 24-hour review cycle.įor key specs on the 10900K, check our introductory article. We're not going to recap the intro entirely in text, so if you want that, watch the video above.
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