I've tinkered with electronics repairs for a couple decades, but you make it all look very easy, much easier than it really is. Really enjoy your videos.
It's always easier in a video once you know what the issue is and it's fixed ;)) I think what he (northwestrepair) does is genuinely impressive and I thank him for taking the time to do the edit and actually show it as a "easy" ifx! ;))
@@northwestrepairi have a problem with my 3090 ti too, at like 250-300w powerdraw its already at 70° degrees, hotspot at 100°+, 30° delta, you think its just the paste or could it be more? best regards
The 4090 FE cards use Honeywell PTM7950 on the core. It phase changes above 50°C. Looks like the owner left that on the core and only changed the pads to the wrong size. Due to PTM7950's phase changing nature, it looks dry like that until it heats up. It's designed for extended life while still being highly efficient with thermal transfer. I've used it in laptop paste replacements. It's pretty awesome from my tests.
I used honeywell on my reference 7900XT after the paste kept getting pumped out after 3-4 weeks. It's really good stuff it now runs 60c gpu and 73c hotspot. Before with TFX paste even after I had repasted I got 63c core and 84c hotspot which was actually OK until a few weeks went by and the hotspot was close to 100c again. I've had it with ptm 7950 for 2 months now and it's actually improved slightly, was a 16c delta between gpu and hotspot and now its pretty much always 13c. I'm very happy with it.
@Jasontvnd9 I finally got around to using PTM7950 on my 7900xtx after my hotspot temps crept up to 85°C. After three extended burn-ins, it's now maxed out at 70°C at full load. This stuff gets better and better the more burn-ins you do it seems.
I fully switched to PTM for laptops and vga cards with natural high temperatures and turboboosts, paste, especially low viscosity (high silicone filler content) degrades/pumps out fast with temperatures of 80'c and higher. Also depends on contact pressure and uniformity/flatness of both surfaces, it lasts longer on perfect surfaces. Pumpout resistance is specified on the "real" manufacturers datasheets: DOW, Shin-Etsu, Laird, 3M etc, a lot of known consumer brands don't make their own paste, example Thermalright TF3 is most likely rebranded Shin-Etsu X23-7921-5.
I really appreciate your videos. Very informative. I'm also am in the Discord which is awesome also! I don't chat much, but always appreciate the knowledge shared. Thanks again.
THANK YOU!!!! I have been looking for the correct measurement for pad thickness of those memory thermal pads and couldn't find it anywhere. I can't thank you enough.
Nice thermal imaging at the end, showing all the power going through just one of the three power cables connected to the power adapter feeding the card. Scary.
I repaired a 970 earlier that had too thin pads and they weren't pressing on the memory properly for heat transfer. After replacing the pads with 1mm. That was it. Problem fixed. No more memory errors. Thank you for the tool name
also planned to replace pads and paste. this video will serve as the right guide to it. i didnt even realize that the pads could make such problems to GPU if the thinckness is wrong.
As far as your furmark stress test goes, there is a very big difference with how furmark stresses the memory subsystem of rtx 4000 series. I believe most of the data fits in the large cache which is why memory temperatures appear to be very good. You may need to experiment with other 3D apps to get higher memory temperatures
Also I know that modern nVidia drivers massively downclock the card with Furmark running to protect the card , I used Port Royal Stress Test to check stability of my 2080ti when I overclocked it. But Furmark is still good enough to reveal issues with broken cards (not overclocked ones though).
yes, Furkmark (which is heavily bottlenecked since at least 10 years and the GTX 480 dramas) are not a true representation of a real time scenario. Port Royal or Speed Run are better representations. However, you can still use it to load parts of the card and immediately see if there is an issue or not.
Great job Congratulations , I 'worked on integrated circuits and prepared them for soldering with a FREON machine now I'm 54 years old and I would gladly do the PC and GPU repairer if someone taught me
So many people just don't get how important it is to get pad thicknesses right on graphics cards, and how difficult it can be. You can get away with thicker pads (a mm or more over) for some of the (very) small components scattered around the board, but for any chip more than a few mm on any side they need to be precise, as in c. 0.1-0.2 mm thicker than the gap they bridge (depends on the type of pad - squishy, mineral-based ones give you more latitude, crappy silicone-based ones practically zero).
I used thermal paste instead I got 83 degrees. I dug around and found out it wasn't the right amount and spacing. So I spread a tin layer on gpu processor and right chips. And then applied thermal paste in the middle, mid drops of it. I then put the cover and applied less pressure on the screws. I found out once the screws are lock when tightening stop, and got 78 degrees on max stress and 40 on no stress. Note I only have one gpu fan working at the moment. There has to be a tiny gap between the cooling plate and cpu/chips etc. That gap must have a tiny bit of thermal paste in it. If the screws are too tight it would have almost no paste on the components. So just apply the right amount of pressure. Also thermal pads get squished when pressure is applied, so reusing old ones means more pressure to have contact. Once you set new ones down close it, then open it back. You beak that connection. The connection has to be tight that's why thermal pads stick. Another thing I found out is all case fans has to be pushing air out, none should pull in air. If you have any blowing air in then you will be disrupting air flow in the case and bringing in more dust. Dust is a big risk for damaging components especially in humid places. Put all fans to blow out and see the big difference.
I bought some of the black and red screwdrivers you use. They’re very good but I learnt that if alcohol is spilled on them the size markings drip off with the solvent.
The original design had a thickness of 1.5mm, and the variation in the video memory position from 1.5mm to 1mm was caused by fatigue deformation of the PCB
Nvidia uses VERY squishy thermal pads. They are almost paste with a fibercloth in it to keep it togather. You can get those from Alphacool. They are called Eisschicht with 3W/mk. With OC to 600W 1,1V, +250Mhz on core and +1250Mhz on VRAM, my 4090FE runs cool even in my small case, if i ever have to test it. So why ever change pads? Of course i am not running it on 600W constantly, that isn't worth it. I UVed it below 300W.
Yeah I learnt something, never trust other people's work 🤣 and replace with the right thermal pads, though the customers pads did look like expensive ones 👍🏻
Hey my stock evga 2070 super's gpu hot spot reaches 99c while playing certain games. Basically just shooting my shot here, but a simple step by step gpu thermal re-paste tutorial for an evga card would be amazing coming from someone as skilled as you are. No problem if it can't be done, i appreciate your videos !
@@quintit Apparently their CPU loop busted and leaked all over the backplate. Surprised it's not completely fried, definitely could've been way way worse.
You make it look so simple...but we all know it's a demanding process that requires the expertise only years of experience can provide. Another job well done by a master of precision. (Tony ... please send my shill fees to the usual place ... me! 🤡😂😂🤣) . In any event, thank you!
Glad I found this! My 4090 is water cooled but I'm thinking of going back to air cooling in an ITX build. Did you replace all the pads with 1mm thick pads? I don't have the originals any longer as I thought I'd stay with water cooling.
What the hell, what would cause so many small parts to corrode so bad in a brand new card like that? That's insane. Does the owner lives just by the sea by any chance?
@@chiyapet And that is why I love air cooling and undervolting. You get similar results but nobody ever complained their PC had too much ambient air blasting around inside it. I get it's not an enthusiast thing to do trying to push the limits of the silicon so I won't begrudge anyone who wants to do those things, it's just what I like.
@pottingsoil723 Can relate after spending thousands of dollars on custom loop parts and days building a loop, seeing marginal gains, while nearly destroying a card in the process.
@@chiyapet Admittedly it's a lot harder to keep modern CPUs cool on air without resorting to things like power limiting. Maybe if they ever figure how to install vapor chambers in a NH-d15 so there's definitely merit to cooling CPUs and keeping fan noise down with a loop or AIO. It's becoming truly insane how thermally dense CPUs are getting.
Thought I haven't owned an Nvidia GPU since the GeForce3, I really admire the RTX 4000 series PCBs for how compact and small they are. AMD really disappointed me with their 7800XT being virtually the same PCB as the 6800XT and just a tiny bit of extra performance and less power usage. I was really hoping they'd be able to get the length of the 7800XT down to
No need to be impressed you still have a very viable option i just bought a 6750xt for customers computer instead of 40 series because it was the right fit for the hardware, im still waiting to see what FSR 3.0 is capable of improvement wise for frame gen and the like tho hoping they throw us older hardware users a bone nvidia is just forcing new hardware with double price tag for minimal uplift thats sad wish we could all just afford G-H Super chips but we cant
@@michaelhemric5228 I just hope AMD kicks their shizz into gear because I'm tired of raytracing being almost exclusively Nvidia's domain. I want to be able to play path-traced games at 1080p without crappy upscaling. Framegen, maybe, but I'd have to see and feel it with my own eyes in a first-person shooter before I decide if it's worth a damn. Where there's a will there's a way, and their will hasn't been in it like it was when they developed Ryzen and kicked Intel in the teeth. We also need to get off silicon because that's a total dead end for integrated circuits altogether.
@@CharlesVanNoland i agree RT is a big kick in the balls for my 6950 i usually dont really use it much tho honestly if i can turn it off i do because of the frame hit thats kinda why im hoping FSR 3 does something for the frames that looks good and doesnt break every game they try to put it into the one place i can tell a difference from my 3070ti to my 6950xt is in that field specifically and it is mainly when im ADS or looking way off AMD has the capability but if it keeps going like this last gen did ill probably hold out for a long while everything i run hits 120+ fps but if RT was on it would be half that they said that the frame gen was for making 60+fps games smoother not making a 32 fps game run at 100fps, theres really not much point in that anyway if the game looks bad at 32 its gonna look bad when you double the 32 and probably look worse than it originally did
@SkateClipsAndTips I can vouch that Asus will honor the warranty with cablemods adapters. My Strix 4090 burnt up caz of it and I got a new one. Donno about Nvidia though, they are scum bags.
Really liked this video bummer the pads were the issue. Hope one day I get a card like this for you to fix . Wonder if you test drove the GPU for high end gaming as well 😂
I have used some random thermal paste on CPU and GPU before and I have switched to MX-5. Cpu went down from 80 to 65. Rtx 3080 went down from 84 to 64.
Buys a $2000 graphics card. Thinks a random eBay thermal pad kit can improve anything. When it makes it worse, recognize his own incompetence and sends it in for repair! Excellent.
@@hugomatos1999 the i5 4670k I have actually runs better and a bit lower than stock after delidding it. It's been running fine for 3 years now. It's obviously not dead. Though I honestly can understand why you wouldn't wanna do it. The risk certainly is there. The stock thermal paste under the IHS really should've been a solder job so that the paste on your IHS would've been the biggest issue next to the heat sink choice.
I tell people this all the time. Little as 0.5mm too thick and this happens, usually easily seen if they just looked at the PCB as it will be warped after the GPU is put back together. Far as “Random eBay Pads” they do make pads with better thermal conductivity then what’s usually used by the OEM so can’t fault the person but the bone dry die is not excusable.
The engineers that do countless test and design these cards usually do a sufficient job with thermals for the stock specs of the card. Rarely do you see someone who went through a terrible amount of trouble to overclock something say they noticed a dramatic difference in real world use. However those synthetic bench mark numbers went up a fair amount.
@@hugomatos1999 did a delid and replacement of the material used on a 6700k that ran hot. Waste of time. People can say what they want about 80c-90c being normal but it’s not. Wasn’t that long ago CPU’s would shut the PC off if they hit 90c. Even if the chips do survive they are being severely kneecapped by thermal throttling at those temps.
I just did my first gpu repaste on sunday, after watching your video. After opening the heatsink and fan the board itself was so dirty I thought the card is fried. so much rust and soot. Turn out there are more than just changing the thermal paste. I don't know how to clean the rust on the heatsink and the port.
Same thing is going on with my rx 6600xt even after I gave it for rma and it came with a repasting. And the temps are far more worse, like 105c hotspot and 79 to 80c core temps. It even restarted the system while playing
Next time you repair a 4090 FE or something with PTM7950 on it i would recommend looking into it and research options cos these cards if repasted with regular paste will never be as cool as they would be with PTM7950 unless something better exist, the PTM7950 is probably used to avoid pumpout cos these chips are very high wattage, uneven die or cooling surface can also contribute to pumpout, its expensive stuff but i would pay you good amount to put on PTM7950 on my card if you had to repair it or any other repair vendor, its probably best solution to overheating AMD graphics cards due their dies not being flat.
Once I read the title I knew it was incorrect thermalpad thickness, but I was wondering why repasting and replacing pads on an RTX 4090? My GPU since 2018 (2080) and still running perfectly good no heat no issues! Repasting needed after 3-5 years of use! I bought a rusty 3080 and found that the first owner sold it as clean meanwhile probably he washed it by water to sell it as clean. The card has over 110°c in the hotspot and the pads were exactly like cement so I replaced everything now the core is 64c memory was around 65 now it is 74 because I did connected the separate heat sink to the main heatsink and maybe that’s why and the hot spot is 74
@@chiyapet well glad you got your card fixed :) Thank you for explaining to me otherwise I would be still thinking why repasting. Probably you used thermal grizzly pads they are one of the best if not the best, but extremely expensive as I bought some for my 3080 and ended up with less than what I needed just 3 memory pieces missing from the back side. An easy way to know how to choose the perfect thermal pad by using a clay or some sort of putty, place it and squish it and screw in your gpu and then unscrew and measure it. I had 1,2,3 mm so I just put the pads side to side with the putty and I choose the right one. Good luck and enjoy gaming
They were too thick, as evidenced when Tony didn't get good spread of the thermal paste at first. The owner of the card replied to another comment mentioning that they had replaced the pads but didn't know the correct thickness to use.
Hello, I do not want to be nosy and I hope you can answer my question, what software can I use to find out if my board has artifacts? It would be of great help, where I live there is no serious technician, thank you
Really time to start shaming people who do this to their brand new card. People really have to stop doing mods like this when they are WAY over their head and not understanding just how much even .1mm makes for thermal pads.
Hi, just throwing this comment out of desperation in case you answer me, I've looked everywhere for the measurements of thermal pads to use for my asus rtx 2080 super and couldn't find anything. I don't wanna fry my gpu and i can't use it either. if you know the sizes please your help would be really appreciated.
on this cards from nvidia itselfe, you need super soft pads and lap the gpu die, because of the inprintimg on the chip and than use a non silikon thermal paste, than you will get amazing temps 🙂👍🏻 for me personal i dont like vapor chambers, because they will fail over time
why would a Vapor Chamber fail just because. sounds like you're causing the problem, instead. don't clamp down like you're trying to crush someones' Skull. you don't need to clamp that hard. be more careful with your expensive stuff in the future.
@@taiiat0 i build computers for 26 years now :) a vapor will fail over time because the liquid is so little and the copper will absorb that slowly, its calles difusion and it will be to less liquid inside over time. thats true dude :) you can trust me there
I've tinkered with electronics repairs for a couple decades, but you make it all look very easy, much easier than it really is. Really enjoy your videos.
Thanks 👍
agreed
well that's the magic of video editing :) but I do agree
It's always easier in a video once you know what the issue is and it's fixed ;))
I think what he (northwestrepair) does is genuinely impressive and I thank him for taking the time to do the edit and actually show it as a "easy" ifx! ;))
@@northwestrepairi have a problem with my 3090 ti too, at like 250-300w powerdraw its already at 70° degrees, hotspot at 100°+, 30° delta, you think its just the paste or could it be more?
best regards
Your videos are so therapeutic 😊👍
thank you. i try.
The way you deal with your trade one can tell you really enjoy what you do.
The 4090 FE cards use Honeywell PTM7950 on the core. It phase changes above 50°C. Looks like the owner left that on the core and only changed the pads to the wrong size. Due to PTM7950's phase changing nature, it looks dry like that until it heats up. It's designed for extended life while still being highly efficient with thermal transfer. I've used it in laptop paste replacements. It's pretty awesome from my tests.
I used honeywell on my reference 7900XT after the paste kept getting pumped out after 3-4 weeks.
It's really good stuff it now runs 60c gpu and 73c hotspot.
Before with TFX paste even after I had repasted I got 63c core and 84c hotspot which was actually OK until a few weeks went by and the hotspot was close to 100c again.
I've had it with ptm 7950 for 2 months now and it's actually improved slightly, was a 16c delta between gpu and hotspot and now its pretty much always 13c.
I'm very happy with it.
@Jasontvnd9 I finally got around to using PTM7950 on my 7900xtx after my hotspot temps crept up to 85°C. After three extended burn-ins, it's now maxed out at 70°C at full load. This stuff gets better and better the more burn-ins you do it seems.
I fully switched to PTM for laptops and vga cards with natural high temperatures and turboboosts, paste, especially low viscosity (high silicone filler content) degrades/pumps out fast with temperatures of 80'c and higher. Also depends on contact pressure and uniformity/flatness of both surfaces, it lasts longer on perfect surfaces. Pumpout resistance is specified on the "real" manufacturers datasheets: DOW, Shin-Etsu, Laird, 3M etc, a lot of known consumer brands don't make their own paste, example Thermalright TF3 is most likely rebranded Shin-Etsu X23-7921-5.
@@harrydijkstra9936Hey, nice to hear that! Do you use ptm7950 both cpu and gpu surface? or only for gpu?
@@jwillmadeit Both.
For high end devices PTM7950 and "normal" laptops TPCM7250 or PCM8500 and simple cpu's like dual-core or Celeron PCM5000
I really appreciate your videos. Very informative. I'm also am in the Discord which is awesome also! I don't chat much, but always appreciate the knowledge shared. Thanks again.
THANK YOU!!!! I have been looking for the correct measurement for pad thickness of those memory thermal pads and couldn't find it anywhere. I can't thank you enough.
Amount of attention that you make for each card is amazing. Most technicians will not even bother with corrosion, maximum very fact cleaning with IPA.
He does it correctly.
Thanks for another fun and interesting video Tony 🙂
Dude you do an amazing job/work.
Nice thermal imaging at the end, showing all the power going through just one of the three power cables connected to the power adapter feeding the card. Scary.
Yes, exactly
@@northwestrepair Hello! Is something wrong with the adapter or is it "normal" for these cards?
Awesome video as usual
awesome work as usual
Appreciate that
When you first described the problem, I said “pad thickness” out loud thanks to watching your other videos.
Thanks for iterating the fact that the pads were too thick, stressing the importance of having the correct size. Will keep that in mind.
I repaired a 970 earlier that had too thin pads and they weren't pressing on the memory properly for heat transfer. After replacing the pads with 1mm. That was it. Problem fixed. No more memory errors. Thank you for the tool name
You are an old world craftsmen. Great video.
Thank you for all your hard work.
Cheers m8.
WOW, THIS CLEAN WAS BETTER THAN FACTORY!!!..
It might be just me but I always enjoy watching a reflow.
well... brilliant as always. keep up the good work :)
I was hoping you'd use the pad roller to squish the pads out. Thanks for the video!
man, you are dedicated, no joke. 👍
also planned to replace pads and paste. this video will serve as the right guide to it. i didnt even realize that the pads could make such problems to GPU if the thinckness is wrong.
As far as your furmark stress test goes, there is a very big difference with how furmark stresses the memory subsystem of rtx 4000 series. I believe most of the data fits in the large cache which is why memory temperatures appear to be very good. You may need to experiment with other 3D apps to get higher memory temperatures
Yes but for diagnosing a problem, it's enough.
I don't need to complicate it anymore than it already is.
Also I know that modern nVidia drivers massively downclock the card with Furmark running to protect the card , I used Port Royal Stress Test to check stability of my 2080ti when I overclocked it. But Furmark is still good enough to reveal issues with broken cards (not overclocked ones though).
it's fine, the vRAM on Lovelace Cards runs pretty comfortable. guess they got enough flak for high end Ampere Cards being a miniature disaster.
He found the issue correctly and fixed it, no further work was needed.
yes, Furkmark (which is heavily bottlenecked since at least 10 years and the GTX 480 dramas) are not a true representation of a real time scenario. Port Royal or Speed Run are better representations. However, you can still use it to load parts of the card and immediately see if there is an issue or not.
Great job Congratulations , I 'worked on integrated circuits and prepared them for soldering with a FREON machine now I'm 54 years old and I would gladly do the PC and GPU repairer if someone taught me
i love your vids sir, keep doing them please
So many people just don't get how important it is to get pad thicknesses right on graphics cards, and how difficult it can be. You can get away with thicker pads (a mm or more over) for some of the (very) small components scattered around the board, but for any chip more than a few mm on any side they need to be precise, as in c. 0.1-0.2 mm thicker than the gap they bridge (depends on the type of pad - squishy, mineral-based ones give you more latitude, crappy silicone-based ones practically zero).
I used thermal paste instead I got 83 degrees. I dug around and found out it wasn't the right amount and spacing. So I spread a tin layer on gpu processor and right chips. And then applied thermal paste in the middle, mid drops of it.
I then put the cover and applied less pressure on the screws. I found out once the screws are lock when tightening stop, and got 78 degrees on max stress and 40 on no stress. Note I only have one gpu fan working at the moment.
There has to be a tiny gap between the cooling plate and cpu/chips etc. That gap must have a tiny bit of thermal paste in it. If the screws are too tight it would have almost no paste on the components. So just apply the right amount of pressure.
Also thermal pads get squished when pressure is applied, so reusing old ones means more pressure to have contact. Once you set new ones down close it, then open it back. You beak that connection. The connection has to be tight that's why thermal pads stick.
Another thing I found out is all case fans has to be pushing air out, none should pull in air. If you have any blowing air in then you will be disrupting air flow in the case and bringing in more dust. Dust is a big risk for damaging components especially in humid places. Put all fans to blow out and see the big difference.
I made this mistake myself, I had no idea the thickness of those pads was so critical!
Awesome ✌🏻✌🏻✌🏻
"...more easy repairs" he said lol. Ok. Subscribed
I bought some of the black and red screwdrivers you use. They’re very good but I learnt that if alcohol is spilled on them the size markings drip off with the solvent.
The original design had a thickness of 1.5mm, and the variation in the video memory position from 1.5mm to 1mm was caused by fatigue deformation of the PCB
Nvidia uses VERY squishy thermal pads. They are almost paste with a fibercloth in it to keep it togather.
You can get those from Alphacool. They are called Eisschicht with 3W/mk.
With OC to 600W 1,1V, +250Mhz on core and +1250Mhz on VRAM, my 4090FE runs cool even in my small case, if i ever have to test it. So why ever change pads?
Of course i am not running it on 600W constantly, that isn't worth it. I UVed it below 300W.
nice work, dou you have approx count of all your gpu reballs till today?
Yeah I learnt something, never trust other people's work 🤣 and replace with the right thermal pads, though the customers pads did look like expensive ones 👍🏻
Hey my stock evga 2070 super's gpu hot spot reaches 99c while playing certain games.
Basically just shooting my shot here, but a simple step by step gpu thermal re-paste tutorial for an evga card would be amazing coming from someone as skilled as you are.
No problem if it can't be done, i appreciate your videos !
1:25 So shiny!! 😍 What caused all the corrosion on the back? The card is farrr to young to have corroded from natural causes 👀
Potentially living by salt water, idk tho
@@quintit Apparently their CPU loop busted and leaked all over the backplate. Surprised it's not completely fried, definitely could've been way way worse.
So... why does someone replace thermal pads on a 4090? That card isn't even a year old.
good work
You make it look so simple...but we all know it's a demanding process that requires the expertise only years of experience can provide. Another job well done by a master of precision. (Tony ... please send my shill fees to the usual place ... me! 🤡😂😂🤣) . In any event, thank you!
Glad I found this! My 4090 is water cooled but I'm thinking of going back to air cooling in an ITX build.
Did you replace all the pads with 1mm thick pads?
I don't have the originals any longer as I thought I'd stay with water cooling.
The owner of that card could have saved himself a lot of trouble by staying with an XBox. Unbelievable!
What did you use to clean the chip?
What the hell, what would cause so many small parts to corrode so bad in a brand new card like that? That's insane. Does the owner lives just by the sea by any chance?
From a few other comments I’ve seen, that appears to be a potential cause
This is my card. I spilled coolant on it.
@@chiyapet And that is why I love air cooling and undervolting. You get similar results but nobody ever complained their PC had too much ambient air blasting around inside it. I get it's not an enthusiast thing to do trying to push the limits of the silicon so I won't begrudge anyone who wants to do those things, it's just what I like.
@pottingsoil723 Can relate after spending thousands of dollars on custom loop parts and days building a loop, seeing marginal gains, while nearly destroying a card in the process.
@@chiyapet Admittedly it's a lot harder to keep modern CPUs cool on air without resorting to things like power limiting. Maybe if they ever figure how to install vapor chambers in a NH-d15 so there's definitely merit to cooling CPUs and keeping fan noise down with a loop or AIO.
It's becoming truly insane how thermally dense CPUs are getting.
Really helpful contents sir, what thermal paste would you recommend for gpu repaste?
Well done. I love the shot of cleaning the core.
BTW What is your "magic pad"?
if he told you that , he'd probably have to kill you, lol
Nice work sir :)
It's like a car that's been taken to a professional detailer :D
Thought I haven't owned an Nvidia GPU since the GeForce3, I really admire the RTX 4000 series PCBs for how compact and small they are. AMD really disappointed me with their 7800XT being virtually the same PCB as the 6800XT and just a tiny bit of extra performance and less power usage. I was really hoping they'd be able to get the length of the 7800XT down to
No need to be impressed you still have a very viable option i just bought a 6750xt for customers computer instead of 40 series because it was the right fit for the hardware, im still waiting to see what FSR 3.0 is capable of improvement wise for frame gen and the like tho hoping they throw us older hardware users a bone nvidia is just forcing new hardware with double price tag for minimal uplift thats sad wish we could all just afford G-H Super chips but we cant
@@michaelhemric5228 I just hope AMD kicks their shizz into gear because I'm tired of raytracing being almost exclusively Nvidia's domain. I want to be able to play path-traced games at 1080p without crappy upscaling. Framegen, maybe, but I'd have to see and feel it with my own eyes in a first-person shooter before I decide if it's worth a damn. Where there's a will there's a way, and their will hasn't been in it like it was when they developed Ryzen and kicked Intel in the teeth. We also need to get off silicon because that's a total dead end for integrated circuits altogether.
@@CharlesVanNoland i agree RT is a big kick in the balls for my 6950 i usually dont really use it much tho honestly if i can turn it off i do because of the frame hit thats kinda why im hoping FSR 3 does something for the frames that looks good and doesnt break every game they try to put it into the one place i can tell a difference from my 3070ti to my 6950xt is in that field specifically and it is mainly when im ADS or looking way off AMD has the capability but if it keeps going like this last gen did ill probably hold out for a long while everything i run hits 120+ fps but if RT was on it would be half that they said that the frame gen was for making 60+fps games smoother not making a 32 fps game run at 100fps, theres really not much point in that anyway if the game looks bad at 32 its gonna look bad when you double the 32 and probably look worse than it originally did
Shouldn't these RTX 4090s still be covered under warranty?
Yes unless you use other cable mods instead of nvidia's, supposedly they deny warranty if you use 3rd party connectors
@SkateClipsAndTips I can vouch that Asus will honor the warranty with cablemods adapters. My Strix 4090 burnt up caz of it and I got a new one. Donno about Nvidia though, they are scum bags.
Nvidia denied warranties for burnt adapters if they were 3rd party
Replacing the original thermal pads voids the warranty
The moral of the story is never buy nvidia. Stay with AIB partners.
Really liked this video bummer the pads were the issue. Hope one day I get a card like this for you to fix . Wonder if you test drove the GPU for high end gaming as well 😂
i dont have any high end games to test with.
High end games will not push GPU to the limit. Furmark will
I have used some random thermal paste on CPU and GPU before and I have switched to MX-5. Cpu went down from 80 to 65. Rtx 3080 went down from 84 to 64.
Buys a $2000 graphics card. Thinks a random eBay thermal pad kit can improve anything. When it makes it worse, recognize his own incompetence and sends it in for repair! Excellent.
@@hugomatos1999 the i5 4670k I have actually runs better and a bit lower than stock after delidding it. It's been running fine for 3 years now. It's obviously not dead.
Though I honestly can understand why you wouldn't wanna do it. The risk certainly is there. The stock thermal paste under the IHS really should've been a solder job so that the paste on your IHS would've been the biggest issue next to the heat sink choice.
I tell people this all the time. Little as 0.5mm too thick and this happens, usually easily seen if they just looked at the PCB as it will be warped after the GPU is put back together.
Far as “Random eBay Pads” they do make pads with better thermal conductivity then what’s usually used by the OEM so can’t fault the person but the bone dry die is not excusable.
@@hugomatos1999 Very wise words!
The engineers that do countless test and design these cards usually do a sufficient job with thermals for the stock specs of the card. Rarely do you see someone who went through a terrible amount of trouble to overclock something say they noticed a dramatic difference in real world use. However those synthetic bench mark numbers went up a fair amount.
@@hugomatos1999 did a delid and replacement of the material used on a 6700k that ran hot.
Waste of time.
People can say what they want about 80c-90c being normal but it’s not. Wasn’t that long ago CPU’s would shut the PC off if they hit 90c. Even if the chips do survive they are being severely kneecapped by thermal throttling at those temps.
👍👍👌👌
I wannabe just as good as you when I grow up!
I just did my first gpu repaste on sunday, after watching your video. After opening the heatsink and fan the board itself was so dirty I thought the card is fried. so much rust and soot. Turn out there are more than just changing the thermal paste. I don't know how to clean the rust on the heatsink and the port.
😎👍
Do you recommend a particular thermal paste?
Same thing is going on with my rx 6600xt even after I gave it for rma and it came with a repasting. And the temps are far more worse, like 105c hotspot and 79 to 80c core temps. It even restarted the system while playing
Next time you repair a 4090 FE or something with PTM7950 on it i would recommend looking into it and research options cos these cards if repasted with regular paste will never be as cool as they would be with PTM7950 unless something better exist, the PTM7950 is probably used to avoid pumpout cos these chips are very high wattage, uneven die or cooling surface can also contribute to pumpout, its expensive stuff but i would pay you good amount to put on PTM7950 on my card if you had to repair it or any other repair vendor, its probably best solution to overheating AMD graphics cards due their dies not being flat.
what GPU benchmark were you running in the video?
What music at 1:57?
What brand thermal pads are you using?
65k lets gooo
Once I read the title I knew it was incorrect thermalpad thickness, but I was wondering why repasting and replacing pads on an RTX 4090? My GPU since 2018 (2080) and still running perfectly good no heat no issues! Repasting needed after 3-5 years of use! I bought a rusty 3080 and found that the first owner sold it as clean meanwhile probably he washed it by water to sell it as clean.
The card has over 110°c in the hotspot and the pads were exactly like cement so I replaced everything now the core is 64c memory was around 65 now it is 74 because I did connected the separate heat sink to the main heatsink and maybe that’s why and the hot spot is 74
This is my card. I put a waterblock on it and it exploded. I replaced it with the air cooler to ship it to Tony. Thanks for your comment.❤
@@chiyapet well glad you got your card fixed :)
Thank you for explaining to me otherwise I would be still thinking why repasting.
Probably you used thermal grizzly pads they are one of the best if not the best, but extremely expensive as I bought some for my 3080 and ended up with less than what I needed just 3 memory pieces missing from the back side.
An easy way to know how to choose the perfect thermal pad by using a clay or some sort of putty, place it and squish it and screw in your gpu and then unscrew and measure it. I had 1,2,3 mm so I just put the pads side to side with the putty and I choose the right one.
Good luck and enjoy gaming
@@AwsBadr I see. Thanks a lot.
I cannot like multiples times, so here a comment. Much love
I hate removing the new FE cooler. It’s such a pain in the ass XD
Was the corrosion due to prior water cooling?
What utilities were used? I recognize some of them, but would like to find out what was used so I can test my card out.
the founders edition looks much more of a pain to disassemble and reassemble then other manufacturers.
This is a 4090, so it's not even a year old. How come there's already corrosion? Bad production? High humidity in owner's location?
Love these videos sir. What causes the corrosion that you addressed early in the video?
Interested in this as well. High air humidity? Didn't look like liquid damage.
Well, the answer is further down, from the owner of the card. One of his water cooling tubes came off and sprayed water all over the place.
why the hell would someone replace thermal paste and pads on a new GPU that literally runs anything you need it to?
I was always wondering, how can GPU corrode. It's running itself in dry, hot environment - or maybe it should? I don't know, just seems weird...
Glad gpu hotspot temps went down. Still safe but it's noticeable how memory temps went up by 10C just by switching to 1mm pad from 1.5mm.
Due to the better thermal conductivity of the GPU, heat is transferred to the graphics memory through the heat sink, which is normal.
is there anything you cant fix? lol this is awesome!
My life i cannot fix
@@northwestrepair just apply some thermal paste and you're good to go buddy 👍
I was going to guess the pads were too thick, but I just read the comment right below this one before posting. Now I'm not so sure 🙂
They were too thick, as evidenced when Tony didn't get good spread of the thermal paste at first. The owner of the card replied to another comment mentioning that they had replaced the pads but didn't know the correct thickness to use.
@@Okusar I started writing that post at the 58 second mark, only realize that my correction was... Ironically incorrect
If you're using washers to hold down the GPU, will it work with the thicker thermal pads? Increasing the GPU pressure.
Hello, I do not want to be nosy and I hope you can answer my question, what software can I use to find out if my board has artifacts? It would be of great help, where I live there is no serious technician, thank you
It looks like they had a PTM7950 style pad on the core but with temps that bad they probably bought a junk fake pad.
what thermal paste do you recommend for GPU's?
im using the same exact measurements of pads and still got the bad temps :(
Me with these temperatures on the regular with an amd gpu be like
Why did the cuatimer have the need to replace thermal pads after like 8 months ?
contact still looks bad do to heat sink not being flat.. that or the GPU no being flat..
🙏👏👏👏🙏
Really time to start shaming people who do this to their brand new card. People really have to stop doing mods like this when they are WAY over their head and not understanding just how much even .1mm makes for thermal pads.
This is my card btw. I have a few 4090s and 7900xtx sitting around, so I don't mind breaking some.
Do you know what size pads an RTX 3090 ti strix LC takes it’s the liquid cooled with the 240mm radiator card
That cable temperature is terrible.
Cellulosic Thinner is great cleaning up thermal paste residue. IPA doesnt do shit.
Hi can suggest best thermal pad brand / thickness for Strix 3070 Ti?
What is that liquid 2:0
So the wrong thickness is the problem? How i know the correct thickness for each area ? Vram, chip
We can use termal pad instead of termal paste
How do I find out what thickness of pad is right for my gpu in particular? (Mine is sapphire pulse 5700 oc)
Hi, just throwing this comment out of desperation in case you answer me, I've looked everywhere for the measurements of thermal pads to use for my asus rtx 2080 super and couldn't find anything. I don't wanna fry my gpu and i can't use it either. if you know the sizes please your help would be really appreciated.
What is the correct thermal pads for RX 590 gme?
what are the thickness of the thermal pads for Zotac 2080 Super (Triple fan)
on this cards from nvidia itselfe, you need super soft pads and lap the gpu die, because of the inprintimg on the chip and than use a non silikon thermal paste, than you will get amazing temps 🙂👍🏻 for me personal i dont like vapor chambers, because they will fail over time
why would a Vapor Chamber fail just because. sounds like you're causing the problem, instead. don't clamp down like you're trying to crush someones' Skull. you don't need to clamp that hard.
be more careful with your expensive stuff in the future.
@@taiiat0 i build computers for 26 years now :) a vapor will fail over time because the liquid is so little and the copper will absorb that slowly, its calles difusion and it will be to less liquid inside over time. thats true dude :) you can trust me there
@@tobiasit1743
.... you should chill with the Infowars stuff, my guy.