My apricorn sata wire 3.0 is not working

Hence: is sanding the IHS worth it? Probably not, unless every вЊ counts. Unfortunately, I did not do a test run right before doing the changes.Дoing some tests now points to an improvement of a few degress of C, but nothing drastic. In the end, my stuttering mid-game is gone and so is the thermal throttling under normal use cases This way, I can freely adjust the pressure / distance and was able to get rid of the copper shim (which was needed before, as the IHS was not tall enough to make good contact without it). Last but not least, I have decided to get rid of the original heatsink screws with their springs and have exchanged them with normal stainless steel screws along some copper pieces: The socket does deform the IHS significantly enough - you can see the exposed copper on the left and right side, while the middle (X) is still nickel.ДЄdditionally, the area directly next to the socket clamp does still have the original (matte) nickel surface, and seems to have barely been sanded. Hence, I am able to sand down my IHS while it is inside the socket. To prevent sanding the IHS and having it deformed after, I bought a defective motherboard and sawed it in pieces. Having read the two articles, I knew that the socket might deform the IHS and was told to not expect too much thermal improvement. almost throttling) and adding AVX would lead to throttling.ДЇor whatever reason, the power limit (which I am still hitting with IMON Offset) as well as the current limit did allow for significantly more power in AVX scenarios. Similarly, running any stress test with SSE would show high temperatures (low to mid 90s, i.e.

While this setting did run stable, it would thermal throttle noticeably in games that use AVX. Unfortunately, this power limit can not be overriden, so I had to work around it via IMON Offset (-30).ДЄfter some experimenting, I have found the following setup to work best for my use cases (alongside AC/DC Loadline of 2 and IMON Offset of -30): When running the CPU stock, it was ok - but would throttle horribly after 8 seconds due to the power limit of 65W. locked, no iGPU, soldered) with the typical copper shim between two Carbonaut pads. The Tl dr: the clamping force of the socket does lead to some deformation that seems problematic for Thermal Grizzly's Carbonaut. Preparation-wise, I did like those articles: This time, I did give lapping the CPU's IHS a shot. I have once again given in to the urge to fiddle with my laptop some more.

My apricorn sata wire 3.0 is not working