Originally Posted by
Vapor
There was HSF + WB discussion on Procooling, not much came from the thread I found though.
Principally, waterblocks need to emphasize the internals. That's where we've made gains for years and that's not going to stop. But we are coming to a limit to how much the material can be manipulated in the fashions we've been doing (not to say a new way to cool won't come out that trumps microchannels/pins).
So looking for gains elsewhere shouldn't be discouraged. skinneelabs is a for-the-community effort, so we're open to testing community creations if we have the time, and in this case I do have the time and all things considered (like calming this thread down), I figured that testing this block would be a good idea. :)
Aside from just raw performance, what I plan to test on nateman's block is: how much 'radiator power' there is; whether it can hold my test CPU at load with the pump off (I doubt a TRUE can, so I wouldn't be surprised if this failed); if it can hold my cpu at idle with the pump off (surely other blocks cannot).
Without knowing the internals, I have no idea what to expect from this block, frankly.
Looks like HK3.0LT tests will finish late tomorrow, nateman's block goes on immediately after :up:
Oh, and I have a theory for nateman's high HK temps. If his E757's near-socket caps are positioned similarly to my E758's, then he could have severe contact issues without 'forcing' it (i.e., shifting the block as far as possible to the side and still pressing against the caps). E758's caps are closer to the socket than the GB boards that were deemed 'incompatible' with the HKs.