difference between sandy bridge and ivy bridge

The actual processor layout on IVB is a single line across the CPU approximately 5mm wide. I removed the IHS of both SB and IVB processors. The problem was the size of the heat source. What I found was that the actual amount of heat that was being produced was exactly as specified in the Intel spec sheet. They provided me with retail samples and carte blanche to do what I like and to write what liked about the heat issue. do you perchance have the ability to test do you perchance have the ability to test this?Īt the media launch of Ivy Intel contacted me and asked to look into the heat issue that some reviewers where reporting. Is it the heatsink or the thermal grease? These could easily be verified by anyone with a non-stock cooler and high-quality thermal grease (arctic diamond or related). Does anyone know what Intel changed? I mean, I thought the die casing was the same material. Still, I find it interesting that the temps are higher. Good advice! The older architecture is tried and true, and most of the bugs are known and many are fixed.think about the SATA issue with Sandy. Seems like Intel tried to shoot themselves in the foot on this one because the Ivy should be better than the Sandy.Īs stated above, best to wait and see if Intel sorts the problem, unless you want to go and de-lid one, but I wouldn't advise that unless you really know what you are doing ) From what I have understood about the difference between the Sandy and the Ivy is what they use between the IHS and the die for heat transfer is inferior in quality, leading to higher temperatures with the Ivy Bridge.

Difference between sandy bridge and ivy bridge