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EVGA 1080Ti FTW3 AIO sexy back

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KarmNelis
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2023/01/11 00:14:17 (permalink)
A good card with a good thermal design stands against time after half a decade usage.
All you need is just a little bit maintenance.

Disassemble AIO














 
Compare the air cooler. 





 
Easy 30C delta 

 
AIO radiator after ultrasonic wash

 
Remove the air cooler


 
Reassemble the AIO



 
This is a live proof of what can be made to stand against time.
 
This properly designed EVGA 2017 120mm AIO at 300W has a better thermal result compared to a Gigabyte 2022 360mm AIO 4090 at 300W

https://youtu.be/JRYLcV_ULMk
 

CPU - Intel 8700K - 5.1GHz core, 5.0GHz cache, 1.37v
GPU - EVGA FTW3 1080Ti SLI - 2.0GHz core, 12GHz memory
Motherboard - Asus Maximus X Hero
Memory - Corsair Dominator 4x16GB - 3000MHz default XMP 15-17-17-35
PSU - EVGA 1600T2
Fire Strike 36838 Extreme 25250 Ultra 14464
#1

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    Cool GTX
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    Re: EVGA 1080Ti FTW3 AIO sexy back 2023/01/11 08:46:54 (permalink)
    Nice job cleaning, changing pads & TIM
     
    What brand of Pads? 
     
    Which TIM did you use?
     
    Did you run any testing with the air cooler to compare the temps & OC with the AIO? (& was the room temp the same, for a better compare)
     
    I've got a couple of the EVGA 1080Ti FTW3 Hybrid cards myself (bought new June 2017), they still run great with original pad, TIM & the occasional vacuum of radiator & canned air cleaning

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    Sajin
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    Re: EVGA 1080Ti FTW3 AIO sexy back 2023/01/11 12:53:53 (permalink)
    😎
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    KarmNelis
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    Re: EVGA 1080Ti FTW3 AIO sexy back 2023/01/11 15:58:50 (permalink)
    Cool GTX
    Nice job cleaning, changing pads & TIM
     
    What brand of Pads? 
     
    Which TIM did you use?
     
    Did you run any testing with the air cooler to compare the temps & OC with the AIO? (& was the room temp the same, for a better compare)
     
    I've got a couple of the EVGA 1080Ti FTW3 Hybrid cards myself (bought new June 2017), they still run great with original pad, TIM & the occasional vacuum of radiator & canned air cleaning




    The pads are the same Laird Tflex 300 at 1.2W/mK.
     
    I only replaced two torn 1ms memory pads and part of the torn heatsink pads in contact with the air heatsink. The 1ms heatsink thermal pads are the only one I deal with. Backplate thermal pads don't need to be dealt for two reasons:
    1. The backplate are never needed to be opened unlike the flawed instruction from the AIO manual.  
    2. There are barely any dust on the backplate as the room is pretty much dust free. 
     
    None of the original AIO memory baseplate thermal pads or the AIO VRAM heatsink thermal pads are replaced. I cover a layer of Teflon over the pads after dissemble to avoid contamination then reuse them later. 
     
    The thermal grease for the core is Thermalright TFX at 14.3 W/mk. 
     
    You can see EVGA uses soft thermal pads to individually cool various heating components with only 1.2W/mk. 
    It's an art of balance. The memory never goes beyond 61C. Too much thermal conductivity from somewhere else but connected to the core you might heat up the core instead.  
    And a balanced contact pressure with multiple individual heat dissipation brought by 22+4 screws is more important. 
     
    I have done several tests at the same 23C room temps. The AIO temperature barely hit 50C under 127% slave OC BIOS. 
    1080Ti AIO Stock vs AIO OC
    1080Ti AIO stock vs Air stock
     
     
     
     
     
     
     
     
     
     

    CPU - Intel 8700K - 5.1GHz core, 5.0GHz cache, 1.37v
    GPU - EVGA FTW3 1080Ti SLI - 2.0GHz core, 12GHz memory
    Motherboard - Asus Maximus X Hero
    Memory - Corsair Dominator 4x16GB - 3000MHz default XMP 15-17-17-35
    PSU - EVGA 1600T2
    Fire Strike 36838 Extreme 25250 Ultra 14464
    #4
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