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I've been wondering. My computer has a motherboard cutout that was designed specifically for this but I haven't bothered to try this yet. What I'd like to try at some point is cooling the backside of the mobo, because it's quite warm. Now I know it's been tried before but the people who did it weren't very clear about whether the performance potential actually increased, or whether they just had lower temps from the socket temp sensor. I wonder how doing that would affect performance of not only the CPU, but also of the VRMs, the RAM (cooling the copper traces would, in my imagination, make them transmit the signal better), and such.

 

Any thoughts?

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I've no idea why the world is afraid of 3D-printed guns when clearly 3D-printed crossbows would be more practical for now.

My rig: The StealthRay. Plans for a newer, better version of its mufflers are already being made.

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the motherboard cutout is for mounting the CPU backplate without having to remove your motherboard, not for sticking heatsinks to the back

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I've been wondering. My computer has a motherboard cutout that was designed specifically for this but I haven't bothered to try this yet. What I'd like to try at some point is cooling the backside of the mobo, because it's quite warm. Now I know it's been tried before but the people who did it weren't very clear about whether the performance potential actually increased, or whether they just had lower temps from the socket temp sensor. I wonder how doing that would affect performance of not only the CPU, but also of the VRMs, the RAM (cooling the copper traces would, in my imagination, make them transmit the signal better), and such.

 

Any thoughts?

it may work to some level 

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I've been wondering. My computer has a motherboard cutout that was designed specifically for this but I haven't bothered to try this yet. What I'd like to try at some point is cooling the backside of the mobo, because it's quite warm. Now I know it's been tried before but the people who did it weren't very clear about whether the performance potential actually increased, or whether they just had lower temps from the socket temp sensor. I wonder how doing that would affect performance of not only the CPU, but also of the VRMs, the RAM (cooling the copper traces would, in my imagination, make them transmit the signal better), and such.

It does work, but it's not worth the extra noise and money required to stamp another fan mount onto the case. Cases like the Antec Eleven Hundred had a fan mount behind the mobo tray, barely anyone used it.

Desktop: Intel Core i5 2380P (2400 w/o iGPU), MSI H61, 8GB RAM, 256GB SP610, 500GB WD Blue, HIS R9 280, Antec TruePower Classic 550W, Inwin MANA 134, QNIX QX2710, CM QuickFire Rapid, Logitech G402

 

Laptop: Toshiba Satellite L40D, AMD A6-6310, 6GB RAM, 500GB HDD, Radeon R4 Graphics, 14" 1366x768

 

 

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