Gigabyte 1070Ti Windforce fan replacement comprehensive guide GV-N107TGaming-8GD
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- เผยแพร่เมื่อ 13 พ.ย. 2021
- I will not link the fan kit because one fan already seems to be failing. It is the inRobert kit on amazon, so hopefully you can find something better, maybe it is just a bad fan since it was only 1/3 fans.
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These are the steps involved to replace the fans that you can refer to, Timestamps will be added soon (its 11:49PM right now I gotta sleep!)
1: Take out all the screws out from the heatsink, they are the 4 around the GPU die then 2 across the VRM they are the recessed screws in the backplane
2: Carefully pry off the heatsink
3: Carefully unplug the Fan splitter and RGB cables from the GPU board
4: Now remove the 4 screws around the 4 corners of the heatsink and shroud, there are 2 on both short sides of the assembly
5: Separate the heatsink from the fan shroud
6: Now unscrew the 3 screws from each fan (or from the individual fan if you only need to replace 1)
7: Unplug and unroute the wires for the fans
8: Plug in the new fan(s) and reroute the wires so they dont get pinched or get caught in the fans
9: Screw in the fans 3 screws per fan
10: Reattach the fan shroud to the heatsink, and screw in the 4 screws around the 4 corners of the heatsink and shroud, there are 2 on both short sides of the assembly
11: Make sure the GPU die and heatsink is clean from thermal paste, then apply fresh thermal paste to the GPU die
12: Reattach the heatsink to the GPU by screwing the 4 screws around the GPU die then 2 across the VRM
Thanks, used your video just now for help with disassembling the card (no fan replacement for me, just thermopaste replacement)
You're welcome bro! I am glad this video is being put to use.
Thanks for stopping by and leaving a comment!
Thanks for the video, precisely what I needed, center fan was rattling, replaced it good as new.
Cheers!
Hey your welcome! I'm glad you were able to get it running again.
Really bad screw placements for the shroud, I dunno if other GPU makers do the same. If there is fan failure the entire HS need to be removed, which means repaste and repad is needed. I did my repaste/repad 2 years ago, and one of the fan has failed now, and I'm thinking twice to replace it cause spent a lot getting the Kryonaut paste and Gelid pads.
Yea it is a bad culture that manufactures have gotten, right to repair has come a long way though. The thermal pads should be fine, I always add a touch of thermal paste to "recondition" them
thanks you're life a saver
hey, your welcome!
Thank for sharing, What is the siz of 3 fan you bought in mm?
I am pretty sure they are 78mm, just make sure you get ones that have the same tri mounting points.
can you link the fans' page from where you bought it?
😁👍
does the 1070ti have any thermalpads? or just a paste?
have you been using this card since re-pasting it?
does it still work and are the temps okay?
i recently cleaned out the 1070ti i have and it has a very similar burned spot on the die itself and i'm really worried my only gpu is gonna actually die if i keep using it.
how serious is that burned spot in the silicon? i havent found anyone with the same spot online yet
any relpy would be appreciated
Hey it has been in a system since it has been repaired and so far the GPU has been working just fine, I used Noctua NT-H1 which is long life non conductive paste so it should not seep somewhere it isnt supposed to and short something. I got 2 comments just now telling me that what is actually cracked is just a heatspreader layer and not into the die itself but it could be very close to exposing the die regardless. So I wouldnt worry about it too much, just keep an eye on the temps and if it is getting hot set the fans to be more agressive. Hope this helps and good luck!
nice video :V
Thanks!
Was the faulty fan causing other 2 fans to run at 100% speed?
no the faulty fan was not doing that. but it seemed like that at first because there is only 1 tachometer connection back to the GPU in the harness and it just happened to be the first fan that failed which is the one that has its tachometer connected to the GPU, so the card was reporting 0 RPM.
@@SuperBrainAK thanks for response! In my GPU one of the fans is slower than others (it’s not moving as good as the rest even if I’m trying to spin it with my finger) and 2 non-faulty fans are revving at max RPM, I’ve read that it’s made like this to compensate loss of one fan. Waiting for replacement fan rn, hope it’s going to fix that 😜
@@l4cov yea that is just the bearing in the fan failing (causing more load on the motor slowing it down) so because of the lack of RPM of the fan it heats up so it tries to spin the fans faster (more voltage to the motors) so the 2 good fans will have to work harder. So yea they did design some overhead but that is mostly for bad airflow computer cases or high ambient temperatures. Or possibly for the ability of keeping the fans quiet if everything is working properly. Hopefully you get some good quality replacement fans! good luck!
The plastic parts that hold the shroud in on mine broke, totally unimpressed with the mounting system
yea I am becoming less and less a fan of Gigabyte products, we have a motherboard that is completely failing (CPU lockups and dead USB) Also the lack of proper audio drivers and management software is quite annoying on a Intel x470 chipset.
@@SuperBrainAK do you know of any good after market cooling options for this card? I was going to throw it into a build for my girlfriend but i dont want to zip tie the shroud anymore
@@shimavitz47 Ah I can't help you there, I've never replaced the stock cooler on a GPU before. You just need to make sure it is compatible with your model of card and try it. You should be able to return it if it doesnt.
Temperatures in gaming? And fan noise is loud or
The temperatures were very good and stable. a maximum of 69°C core, 73°C hot spot. The fan is not noticeable under most loads and any other fans would probably be the same noise level drowning it out. Thanks for the comment.
Hello My Friends! Somebody have shematic or Board view for gv-n107t gaming-8gd?
Hey I think I found something, this is from EK the waterblock company, it is to show that the water block is compatible with that model of card, maybe it matches up with your card?
www.ekwb.com/custom-loop-configurator/upload/pictures/GIGABYTE-GeForce-GTX-1070-G1-Gaming-8GB-GDDR5-%28GV-N1070G1-GAMING-8GD%29_PCB.jpg
thats a gpu heat spreader, not the die... bad regardless.
I thought the heatspreader was the piece of copper that is glued or soldered to the die? or is there a chip level heat spreader? I assume it is then some type or silicon or ceramic designed for low thermal resistance?
How likely do you think that it will cause the card to fail since the heatspreader is compromised and that is obviously a hot spot for the card? There is another person @bodek that left a comment saying he has the same thing and he is worried his only GPU is going to fail. Thanks for your comment.
@@SuperBrainAK the IHS is the Internal Heat Spreader, the metal cover that keeps the REAL processor die protected and safe from thermal overheating damage. people who "delid" remove the heat spreader "the silver cap to ALL processors when you remove the fan to put better rated thermal paste to give better thermal conductivity inside and out.... google "processor die" and it should look blue and like a small mirror.
google "internal heat spreader" you should see CPU's & GPU's with the silver cap... the blue die is the actual cluster of millions/ billions / or even trillions of transistors ..
I hope you learned something from my attempt to explain.
@@poopcat3196 Thanks for the info, but I dont think modern GPU's normally have IHS's so what I was seeing was the raw die there which is why it was mirror like (except for the hole and burn spot).
I think the reason GPU's dont have an IHS is because the heatsink isnt normally applied by the user, where a CPU is sold as a standalone chip which gets put into the motherboard and a heatsink is applied by the user. So unless you change to watercooling or replace the paste you dont mess with the heatsink, and hopefully someone attempting watercooling or knows how to replace thermal paste will know how to reapply a heatsink properly.
@@SuperBrainAK I have refurbished and taken the heat spreader off a OG xbox, xbox 360, ps2, 3 ps3. dozens of pc's... never have i seen a processor with a raw die.I wish you the best. i am interested in what you're going to do with it
@@poopcat3196 ah that is cool that your are fixing up those consoles, some people just think it is broken and throw it away when thermal paste is more of a long term maintenance item, you wouldn't throw your car away because you need new transmission fluid right? So it is awesome to get things fixed up and working like new again!
The video card in this video was put right back into service and has been working fine ever since.
That's not the die, that's the cap on top of the die.
Wrong, that’s the DIE. Modern consumer GPUs don’t have Heatspreaders anymore.
what a stupid design tho man y make it so u cant get tho that 4th screw behind the dvi ??? so stupid
I know right!!! When buying a product I would say always look at repair instructions before committing to purchasing it. Come on engineers! Don't be lazy! Also design leads, don't rush your engineers!
Thanks for the comment!
FAN REPLACEMENT VIDEO SUCKS, SPENDS MORE TIME ON EVERYTHING ELSE
Sorry, it is titled "comprehensive guide" for a reason. I cover all the basis and what you need to do. If you want the fast guide then:
1: Take out all the screws out from the heatsink, they are the 4 around the GPU die then 2 across the VRM they are the recessed screws in the backplane
2: Carefully pry off the heatsink
3: Carefully unplug the Fan splitter and RGB cables from the GPU board
4: Now remove the 4 screws around the 4 corners of the heatsink and shroud, there are 2 on both short sides of the assembly
5: Separate the heatsink from the fan shroud
6: Now unscrew the 3 screws from each fan (or from the individual fan if you only need to replace 1)
7: Unplug and unroute the wires for the fans
8: Plug in the new fan(s) and reroute the wires so they dont get pinched or get caught in the fans
9: Screw in the fans 3 screws per fan
10: Reattach the fan shroud to the heatsink, and screw in the 4 screws around the 4 corners of the heatsink and shroud, there are 2 on both short sides of the assembly
11: Make sure the GPU die and heatsink is clean from thermal paste, then apply fresh thermal paste to the GPU die
12: Reattach the heatsink to the GPU by screwing the 4 screws around the GPU die then 2 across the VRM
Thanks for getting to the end of this tutorial, Jesus loves you, hopefully your GPU is working awesome now!
Nice video !! Very engaging from beginning to end. Boost your stats - P r o m o S M !!!
Thanks bud glad you enjoyed it!