The sharp NUDEcnc company will be crying out to you, of course, who says that by using Kickstarter it has made it possible for the exact water block to die with the peculiarity that its anchorage is the same as that of the Intel LGA 1151 processor.
But this block, despite having such innovations and with a few new versions on the way, is not good enough for most users who intend to outsource their new Intel executives. Now what can we do about it? NUDEcnc has a solution.
Nlap IHS and Nlap Die: new tools to get rid of your processor
As we well know, reducing the distance between a hot object and its cooling solution improves the initial temperature. IHS and especially Intel die from time to time to increase its size for a variety of reasons, enabling them to withstand extreme temperatures.
Therefore, the reduction in size corresponds to better heat transfer to the heatsink or block and this is where NUDEcnc comes in, since they used two different measuring tools to precisely place it.
The lching method is to simply plan IHS or processor deaths to fix imperfections or to reduce the number of layers it loads for different reasons. For the i9-9900Ks, for example, Intel has increased die size to get a higher yield because the previous ones with Coffee Lake thicknesses have done nothing other than provide the wrong chips.
Accuracy is the key to dislike
As many might have thought, removing the log is a really tricky process, since it requires many processors to break the weld between die and IHS if we intend to discard the first one. This will leave us with some undeniable difference if we do not take IHS because of its marking location.
For this reason, a rating to ten is important to calculate the height difference and consequently not to be aggressive. The process of accomplishing this is simple (assuming that each tool is ready for CPU or IHS), you simply install the processor or IHS tool and start plugging it in.
Tools bring a series of holes and reefs to mark the first elevation and after the first few passes we will be able to determine how much we have earned for the iron. Improvement after the release of 0.2 mm up to 16 degrees, when the risk of such a reduction is obviously high, since we would be left with an invisible CPU.
In any case, eating 0.15mm is already 12 degrees of compression with Intel's STIM stock and 4 degrees against delid with a conductor, so that's exciting data.
They are currently available on his website for purchase at 29 euros for both tools, or 18 euros each.
