http://www.gamersnexus.net/news-pc/3008-threadripper-cooler-and-thermalpaste-coverage-vs-die-ihs
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CrazyElf
[Gamer's Nexus] Threadripper Cooler, Thermal Paste Coverage vs. Die Area & IHS
Why didn't he make a custom bracket so he could test and benchmark it, we want to see temps. Not a piece of copper on top of a cpu.
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If you watch the video he is not allowed to yet review data is still under NDA.Originally Posted by 222Panther222
Why didn't he make a custom bracket so he could test and benchmark it, we want to see temps. Not a piece of copper on top of a cpu.
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still under NDA till august 10Originally Posted by 222Panther222
Why didn't he make a custom bracket so he could test and benchmark it, we want to see temps. Not a piece of copper on top of a cpu.
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*grumpy noises* i'll go make myself another cup of coffee. I so forgot about the NDA thing lol.Originally Posted by bossie2000
Soon Panther soon! Patient!!
What are they using in enterprise environments where large processors were already common? Are they just using a simple HS then rack fans with ample cooling of the room itself? If that isn't the case surely there exists some cooling equipment (maybe not with the proper bracket yet) already that can handle larger processors?
I hope when he does the actual testing he tries it a couple of times rotating the cooler 90 degrees to see how much difference that makes since the cold plate isn't uniform and you can't see its orientation without disassembly.
I hope when he does the actual testing he tries it a couple of times rotating the cooler 90 degrees to see how much difference that makes since the cold plate isn't uniform and you can't see its orientation without disassembly.
Heatsink got pre-applied thermal pad on it CasualCat and the heatsink is in the same box as the CPU.
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edit: The first part of my post is asking not what is included in TR, but what is used today for existing large processors in enterprise environments.
The second part of my post is addressing the non-square water channels of the cold plate whose orientation is hidden from the user. The brackets on most (if not all?) of those AIO cpu coolers are such that the cylindrical pump/plate combo can be rotated.
So what I'm wondering and what Steve wasn't sure about was whether the rectangular water channel section being oriented perpendicular to the dies under the IHS or aligned with them would make a difference or not. You could test that without knowing their orientation with multiple reapplies with rotations. You'll get some variation with reapplies anyhow, but if you start seeing significant repeatable differences after rotations it would be telling.
I know the thermal paste was pre-applied. Not sure what you're addressing exactly?Originally Posted by Olivon
Heatsink got pre-applied thermal pad on it CasualCat.
edit: The first part of my post is asking not what is included in TR, but what is used today for existing large processors in enterprise environments.
The second part of my post is addressing the non-square water channels of the cold plate whose orientation is hidden from the user. The brackets on most (if not all?) of those AIO cpu coolers are such that the cylindrical pump/plate combo can be rotated.
So what I'm wondering and what Steve wasn't sure about was whether the rectangular water channel section being oriented perpendicular to the dies under the IHS or aligned with them would make a difference or not. You could test that without knowing their orientation with multiple reapplies with rotations. You'll get some variation with reapplies anyhow, but if you start seeing significant repeatable differences after rotations it would be telling.
Any word on whether the Raystorm Pro will get a TR bracket? The block (and fin section) seems big enough to provide better contact to both dies versus AIO blocks.
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Cooling on servers is based on heavy air flow from front and go through the heatsinks.
Even Itanium CPU are cooled like that and it's not a problem.
Of course, you need heavy clim to cool the room. Or, like we have at my job is an InRow system who tramsform the servers heat in cold outside the racks. It's called hot aisle / cold aisle sytem.
Sorry I didn't understand your question.Originally Posted by CasualCat
I know the thermal paste was pre-applied. Not sure what you're addressing exactly?
Cooling on servers is based on heavy air flow from front and go through the heatsinks.
Even Itanium CPU are cooled like that and it's not a problem.
Of course, you need heavy clim to cool the room. Or, like we have at my job is an InRow system who tramsform the servers heat in cold outside the racks. It's called hot aisle / cold aisle sytem.
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Ok that is what I thought for enterprise, but wasn't sure. Thanks.Originally Posted by Olivon
Sorry I didn't understand your question.
Cooling on servers is based on heavy air flow from front and go through the heatsinks.
Even Itanium CPU are cooled like that and it's not a problem.
Of course, you need heavy clim to cool the room. Or, like we have at my job is an InRow system who tramsform the servers heat in cold outside the racks. It's called hot aisle / cold aisle sytem.
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Just larger heatsinks than the circular AIOs. In front there would be a row of fans pushing air through cases and these fins. From the cold to hot aisles as mentioned above.
http://store.supermicro.com/heatsink/2u-heatsink.htmlOriginally Posted by CasualCat
Ok that is what I thought for enterprise, but wasn't sure. Thanks.
Just larger heatsinks than the circular AIOs. In front there would be a row of fans pushing air through cases and these fins. From the cold to hot aisles as mentioned above.
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