Ultimate Thermal Pads Upgrade (RTX 3080 -30°C on memory)

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Информация о Ultimate Thermal Pads Upgrade (RTX 3080 -30°C on memory)

Название	:	Ultimate Thermal Pads Upgrade (RTX 3080 -30°C on memory)
Продолжительность	:	3.12
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Просмотров	:	69 rb

thats so cool
Comment from : Seicheez

Your thermal conductivity math is laughably wrong brCool video otherwise
Comment from : Dan Stiurca

I was going to do this but honestly, I'm getting these same results just using Gelid Extreme thermal pads I went from a Memory Junction temp of 110C down to 70C My gpu is an ASUS TUF Gaming OC RTX 3080 The only reason i didn't want to risk this is the fact that the copper is conductive and with my luck one would slide off a VRAM chip and fry my card
Comment from : NonLegit Nation 2

Get a 4090 instead
Comment from : 2020 MT-09

what thickness of Copper and Thermal pads did you use? 05 each?
Comment from : CARLOS ALBERTO AMARAL

I don't think that your formula for thermal conductivity is remotly right:) Anyway nice results
Comment from : Nienormalny

Did you forget to do the gpu?
Comment from : Corn Pop

cool but can we see some before and after screens? lol
Comment from : Car Audio Inc

what thickness copper?
Comment from : Mr M

Don't use thermal paste with shim mods Those pastes sneak underneath vrams causing cold solders in the future
Comment from : Hi-Level

For me i put kapton tape around the memory and than copper shims with thermal paste The best result
Comment from : Chovan Satiroen

In principles of heat transfer, the flow of heat goes from one layer to another so the average conductivity equation does not work The effective heat conductance would just be the lowest conductivity layer I am surprised that you did not shield with kapton tapes the immediate area of the vram that is full of transistors as this may short circuit the card Good illustration but just to be careful on any short circuits - either I plan to use kapton tapes or just over extend the area of the thermal pad layer maybe wider by 1 to 2 mm on all sides to avoid accidental contacts of the shims with the surrounding transistors
Comment from : MSJI 1722

So the monsters at GPU factories made cards to die faster? They did not do this themselves?
Comment from : Dardania Lion

What happens if you put copper onto directly instead using an extra thermal pad layer?
Comment from : Gökdeniz Çetin

I'm just about to replace the paste and thermopads in the RTX3060TI from ASUS Termopad from Gelid 15W / mK and the paste was to be Thermal Grizzly Kryonaut (125 W / mK) or Extreme (142 W / mK) What do you think about them? Only I saw below that the TG dries up quite quickly compared to the GD900, which is probably 4W / mK How long does it take 6 months / 1 year / 2 years to dry? (we say in the aspect that the GPU works 24/7 in the excavator) br brCurrently I have a temperature of 60 * on windmills 95 (645mh / s) in one of the cards and I wanted to test only on thermopasses but now I'm also thinking about copper: D possibly a caliper? br brI wonder if the surface of the sheet metal and GPU will be "perfectly" flat, it is better to use only copper, which has a thermal conductivity of about 370W / mK? Because that's how we do such a bottleneck using paste or thermopads What do you think?
Comment from : Danny Bulla