Dnes jsem se pustil do sapphire rx480, Všude jsem dal na paměti i VRM 1mm termo pad od articu. Je to úplně v poho i na VRM, ona je mekkčí než originál ty černy pady, takže nebyl problém dat všude 1mm. Provedl jsem i důkladnou očistu desky v isopraponolu, pořadně i vyčistil chladìč. Hned mám z ní dobrej pocit. Byla z bazaru za 1600,- tak člověk musel mít jistou a dopřát ji udržbu, aby měl člověk pěkné spaní. Muj 12 let starý i7 3770, je zas schopen střihat videa a být svižný jak za mlada :)
Nicely done, i watched the vid without translation subtitles so it was vision only. After repasting 100's of devices i recommend higher viscosity thermal paste with manual spread which might be a bit difficult if not used before because an high viscosity paste with the otherwise optimal X pattern might not fully cover a large chip area when placing the heatsink, dry corner. Low viscosity paste has a high risk of thermal pump-out effect on high temperature 80'C+ direct-die devices. (Thick paste is a good thing on hot GPU's/gaming consoles and that's why manufacturers use it for better long term stability (Shin-Etsu X23-7921-5 industrial paste, IC-Diamond (hard to find nowadays and might give little scratches on the surfaces), Thermalright TFX, Arctic Ceramique 2, the good old Arctic Silver 5, Prolimatech PK-3, lasts longer). And if you want a very long stable high temperature drop with minimal pump-out effect i recommend the Honeywell PTM7950 Phase change preformed thermal paste sheet, as a repair shop i switched to huge sheets of this material bought from ebuy7. google "PTM7950 legion 5 reddit". In the past i used MX-4/kryonaut and other easy to spread pastes on laptops and cards but on modern high base temperature direct-die devices (especially 80+'c), the temperature becomes higher after a couple of weeks and those pastes degrade quickly and sometimes fully pumps out to the edges with a puddle of separated silicones left on the chip, uniformity/flatness/contact pressure on the die and coldplate also plays a role for paste stability. On desktp CPU's those pastes are fine.
Thanks for the comment and advice. This is the first card I've ever pasted. I have an RX 470 as a backup gpu. My main gpu is on claim. I also wanted the best for the RX 470, which I know run in the rig (I bought it at an auction). I usually own the cards for 3 years and then change them, so I usually don't need to change the new thermal paste and pads because they are always fine after 3 years :-). Thanks again for the advice, they will certainly come in handy in the future (the biggest problem was finding a suitable thermal pad).
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Dnes jsem se pustil do sapphire rx480, Všude jsem dal na paměti i VRM 1mm termo pad od articu. Je to úplně v poho i na VRM, ona je mekkčí než originál ty černy pady, takže nebyl problém dat všude 1mm. Provedl jsem i důkladnou očistu desky v isopraponolu, pořadně i vyčistil chladìč. Hned mám z ní dobrej pocit. Byla z bazaru za 1600,- tak člověk musel mít jistou a dopřát ji udržbu, aby měl člověk pěkné spaní. Muj 12 let starý i7 3770, je zas schopen střihat videa a být svižný jak za mlada :)
I use Cooler Master paste, the temperature drops to 65 and after playing two or three weeks it returns to 82, what is the reason please🥰
This will probably be the problem that Phenos wrote about. Very liquid thermal paste (viscosity).
How is the solution please
@@pcgames3179 Use Honeywell PTM7950
@@z.zabojnik Thank you, but Cooler Master paste, there is no way to benefit from it?
@@pcgames3179 Sorry, I have no practical experience with this paste.
Hey bro try to put hy510 thermal pastr on saphire rx470 gpu so its good or bad?
Anything better than the old one. But HY510 has a low thermal conductivity of only 1.93 W/m-K...Just try if you don't have different options.
What thickness thermal pad is placed on VRAM processors and what conductivity W/mK ? I don't put thermal paste on the main GPU.
It cannot be used on gpu. 6W/mK. See video description.
@@z.zabojnik Ok. Razumem. A koja ne debljina termalne pad ? 0.5, 1... ?
@@Bukovskyy VRAM 1mm 8:33, VRM 0,5mm 8:55
@@z.zabojnik Thank you (-:
@@z.zabojnik Do you know if the thickness is the same for the Sapphire RX 480 Nitro + 8GB
Nicely done, i watched the vid without translation subtitles so it was vision only. After repasting 100's of devices i recommend higher viscosity thermal paste with manual spread which might be a bit difficult if not used before because an high viscosity paste with the otherwise optimal X pattern might not fully cover a large chip area when placing the heatsink, dry corner. Low viscosity paste has a high risk of thermal pump-out effect on high temperature 80'C+ direct-die devices. (Thick paste is a good thing on hot GPU's/gaming consoles and that's why manufacturers use it for better long term stability (Shin-Etsu X23-7921-5 industrial paste, IC-Diamond (hard to find nowadays and might give little scratches on the surfaces), Thermalright TFX, Arctic Ceramique 2, the good old Arctic Silver 5, Prolimatech PK-3, lasts longer). And if you want a very long stable high temperature drop with minimal pump-out effect i recommend the Honeywell PTM7950 Phase change preformed thermal paste sheet, as a repair shop i switched to huge sheets of this material bought from ebuy7. google "PTM7950 legion 5 reddit". In the past i used MX-4/kryonaut and other easy to spread pastes on laptops and cards but on modern high base temperature direct-die devices (especially 80+'c), the temperature becomes higher after a couple of weeks and those pastes degrade quickly and sometimes fully pumps out to the edges with a puddle of separated silicones left on the chip, uniformity/flatness/contact pressure on the die and coldplate also plays a role for paste stability. On desktp CPU's those pastes are fine.
Thanks for the comment and advice. This is the first card I've ever pasted. I have an RX 470 as a backup gpu. My main gpu is on claim. I also wanted the best for the RX 470, which I know run in the rig (I bought it at an auction). I usually own the cards for 3 years and then change them, so I usually don't need to change the new thermal paste and pads because they are always fine after 3 years :-). Thanks again for the advice, they will certainly come in handy in the future (the biggest problem was finding a suitable thermal pad).