The GT73 has fully separate heat pipes, but the GPU VRM heatsink is cooled by the CPU fan, but the CPU and GPU heatpipes themselves are fully separate and do not connect. You can repaste the CPU or GPU separately without having to remove the other heatsink (you do have to remove both fans to repaste the GPU, due to the VRM heatsink being cooled by the CPU fan, but not to repaste the CPU).
The GT72 has a heatpipe on the CPU go to the GPU fan (which is rather strange), and I'm not sure if the heatsink that pipe goes to is shared with the GPU heatsink or not (if it is, you would have to remove both heatsinks to repaste...a HUGE pain in the butt).
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Falkentyne Notebook Prophet
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Not only myself, but hundreds of thousands or more other people have no problems out of the box.
We see all the real problems here, of the people that are aware of such resources, and many of those are OCD'ing to the max due to being hypersensitive to such issues.
Many go away happy with no physical intervention necessary, they only needed undervolting and proper interpretation of data - looking at all the points of monitoring between temperature peaks.
Most people don't need to delid their processors, unwarp their heatplates, and wait months for BIOS/EC hacks from Prema for their laptops - you on the other hand live 100% in that world.
So of course you would think everyone has problems with their laptops out of the box, because in the Clevo world, they doLast edited: Jul 20, 2017Pallab and Aman Krishna like this. -
With OCD it's often completely imaginary, or overblown. We get people like that in here all the time. Their temps are fine, but in their mind any reduction in temperature they can accomplish is an imperative that must be followed to its iterative end.
It's a fine line to draw, but obvious when you see itAman Krishna and tilleroftheearth like this. -
This is showing improved evening pressure of the heatplate against the CPU!
You're temperature differential is about 1/4 what it was to start!!
You can stop now if you want.
At least take a break and think about what you saw and what you did, something might jump out in your mind that might be still keeping the heatplate from applying 100% even pressure.
As with all problems, the "last" fix doesn't always happen right awayLast edited: Jul 20, 2017Aman Krishna likes this. -
Try Prime95 small fft and see how much further the differential jumps up...Last edited: Jul 21, 2017Aman Krishna likes this. -
Falkentyne Notebook Prophet
Heh I'm too busy trying to flash my video card with an SPI flasher to try to trick the GT73VR from changing from a 7RE to a 7RF....(you can see my post in the pascal bios editor thread).
I was able to run OCCT between disassembles....hmscott likes this. -
hmscott likes this.
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I'm pleased this resolved so quickly, with such a problem it can take a longer time to find them. This thread started out that way, and took a while before the thermal pad height was noticed as being "a thing".
That's why threads like this are so important, to pick up and set new people on the right path quickly.
Maybe you could make a thread in your Brand forum, or a post in the Owners thread for your laptop with the problem and resolution, you've already got the info fresh in your head, and photo's of the problem too. I see you've already started, that's great.
Thanks for hanging in thereLast edited: Jul 20, 2017tilleroftheearth and Papusan like this. -
I wouldn't worry about this if you aren't having any performance issues with the GPU.
While you had the GPU heatplate off, did you check the VRM's for coverage issues? Check your photo's, maybe you got lucky and captured the coverage with your snapshots.
I don't think it's worth pulling things apart again to check this, unless you develop GPU flakiness issues.
The Intel x299 CPU VRM issues haven't even been seen in motherboards for a long time - or very often, so I wouldn't map those onto your laptop.
Intel's x299 i9 spec lapse due to last minute extension of the i9 CPU line is behind the x299 issues, along with not enough testing time available for the x299 motherboard manufacturers due to Intel's rush to market.
For now I think you can stop worrying about issues like this -
Cool I was just curious because of those super high quality fujiopoly pads. I do know my gpu pads are there 100% because I saw them every time I was pulling things apart lol.
Sent from my iPhone using Tapatalkhmscott likes this. -
I wonder how many machines out there is in hands on clueless people who never know how the temp should be. All those who never visit forum like this and similar forum.
Yeah, you can imagine how many 10 thousand or more machines out there who run fully throttling, aka run up to thermal shutdown temp as AW's ceo Mr. Azor saying is quite normal. And I can't imagine how many out there with all other sorts of problems and thinking everything works exactly as intended. I blind?Nahh
Last edited: Jul 20, 2017TBoneSan, tilleroftheearth and hmscott like this. -
Maybe not completely blind, maybe it's Alienware / Clevo / manufacturing failure tunnel vision
There are plenty of vendor successful designs, with successful Production and QA results out there, far more than failures. They just aren't done by Alienware or Clevo. -
Haha you guys are the best. Btw, applying that k5 pro was so easy. That thing does not liquidfy, I checked and it was there like a gum on my chokes lol.
Sent from my iPhone using Tapatalkhmscott likes this. -
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Instead of create proper Cooling, they create other ways to successful stop all too high temp. F.eks with firmware
Yeah, plenty of them make successful designs
Hp is one of them
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hmscott likes this. -
OMG... I have just realized I can disconnect the cpu and gpu heat pipes when repasting..... this means I can screw the cpu heat sink without having the gpu heat pipe connected giving me full even pressure on the cpu heatsink. When the gpu heat pipes are connected with the cpu heatpipes, the cpu heat sink sort of floats before screwing them in because the gpu gets screwed first.... ugh
Sent from my iPhone using Tapatalkhmscott likes this. -
Disconnecting takes away the lift pressure of the heatpipes and other connected pieces, making it easier to press with even pressure the CPU heatplate on the CPU, and evenly screw it down.
The only problem I've run into when I helped someone that did this once, a number of years ago, was due to overtightening the heatpipes onto the CPU heatplate, while the other end of the heatpipes was fastened down too.
They put too much pressure on a heatpipe, and after a few days of use, they heard a *pop*, and the heatpipe with the most pressure on it "popped" it's weld...
So be aware that the tension works both directions when tightening these things downPapusan likes this. -
hmscott likes this.
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Btw new laptop cpu die was a bit scratched already. Seems to be cosmetic but was surprised.
Wondering if I scratched it while removing the original paste. I guess since it is already a bit scratched IC Diamond will not bother me as much lol.
Sent from my iPhone using Tapatalkhmscott likes this. -
Had the privilege of removing old k5pro from chokes while replacing paste with Kryonaut. Gotta soak it with alcohol and it peels in one go using the gc extreme spreader. If you do not soak it, dried particles will fall everywhere lol.
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Still not happy with the re-pastes / fitment of the heatplate? Or was this another device with old K5pro? -
hmscott likes this.
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Maybe it was the Forza Horizon 3 game hammering the cpu and gpu.
Sent from my iPhone using Tapatalkhmscott likes this. -
Hello, I'm back with my Acer g9 593 and 6700hq with uneven temps. Quick reminder:
- I asked Acer to fix this and they've replaced the motherboard with the cooling system. no luck
- I re-pasted my CPU with arctic silver 5. nothing special happened
- I lowered CPU voltage and it fixed my issue, it never goes beyond 85C in real applications
But voltage lowering works only in windows, with working intel app and blah blah blah. I'm looking for a better solution. Any bits of advice? Better thermalpaste (but no liquid metal) maybe I can lay smth between cpu and cooling module?
My repaste procedure: -
Undervolting with throttlestop is my pref. You have to run it every time but thats good when testing unstable undervolts. Also i found my 6700hq model more locked down in terms of what intel extreme tuning utility would allow (when compared to my 4720hq). Throttlestop let me do things like adjust the clock with the speed shift settings so i dont have to go to windows settings or reboot with xtu to adjust the non turbo speed. I dont even think i can undervolt core and cache independently anymore with xtu. With throttlestop its no problem. -
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Not everyone is OCD, only about 2.3% World-wide...
"Approximately 2.3% of the population between ages 18- 54 suffers from OCD, which out ranks mental disorders such as: schizophrenia, bipolar disorder, or panic disorder. In the U.S., approximately 3.3 million people have OCD, of which you have 0.3 to 1% of pediatric population and 2% of adult population."
For the rest of us a good solid product that's inexpensive and solves the need for thermal paste reliably over 10 years (in 2019) has value.
I've applied AS5 to computers still running AS5 from 2010, and they never needed re-pasting, didn't pump out - dry out - or otherwise fail.
That's got value over a few more degree's of performance from products so new the ink isn't dry on their packaging.
Those new products still need to prove their value over 10 years.
But, if you are competing against yourself for that last edge in initial temperature drop, there are other alternatives. As it turns out it rarely matters at all, those last few degree's don't make any performance difference.
BTW, the curing time for AS5 is 200 hours running time, which is pretty long, and results do improve over that time, so be patient when using AS5
AS5
http://www.arcticsilver.com/as5.htm
Important Reminder:
Due to the unique shape and sizes of the particles in Arctic Silver 5's conductive matrix, it will take a up to 200 hours and several thermal cycles to achieve maximum particle to particle thermal conduction and for the heatsink to CPU interface to reach maximum conductivity. (This period will be longer in a system without a fan on the heatsink or with a low speed fan on the heatsink.) On systems measuring actual internal core temperatures via the CPU's internal diode, the measured temperature will often drop 2C to 5C over this "break-in" period. This break-in will occur during the normal use of the computer as long as the computer is turned off from time to time and the interface is allowed to cool to room temperature. Once the break-in is complete, the computer can be left on if desired.
AS5 is still viable.alexhawker and VICKYGAMEBOY like this. -
Last edited: Oct 25, 2017tilleroftheearth, hmscott and Papusan like this.
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alexhawker, openglcg, Papusan and 2 others like this.
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hmscott likes this.
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It's not that AS5 is a really horrible product, it's just that there are so many far better alternatives. For someone that just uses their computer and has a cooling system that works well and they don't do much overclocking, etc. it is certainly better than some of the lame alternatives floating around out there, and better than the waxy pad crap used by most notebook OEMs from the factory.
TBoneSan, temp00876, hmscott and 1 other person like this. -
hmscott likes this.
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Kryonaut works, but like all pastes it is application dependent. AS5 and NT-H1 also perform well if applied well.
Glad to hear you settled on a non-conductive paste that works for you -
Maleko48 likes this. -
Dell, really? I still dont why would they do thet tri-why? Heatsink design. Already the temps are burning AF, and now this!!! If they dont fix this is r5 revision, idk anyone will even buy a AW!
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No shock why @Papusan hates these bga craps!
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@Papusan recommended me Phobya NanoGrease Extreme a few weeks ago. Tested it out and it definitely helps if the heatsink is slightly uneven. The paste is very thick so I am not worried about pumpout. Saw quite a decline with Kryonaut unfortunately even though it performs well in the beginning. I think this paste should only be used when the heatsink is perfect but you dont want to risk it with liquid metal paste.
Falkentyne, Papusan, hmscott and 1 other person like this. -
Btw only thing i like about alienware, those sexy rgb lightings on bezels and side panels,those rgb mousepads, and that graphics amplifier port!!
Would really love to see this kinda things in the clevos!!! -
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!!
Which model was it? -
https://www.pcspecialist.co.uk/custom-laptops/proteusV-15/
It also has the RGB stripes on the front similar to the AW15R1 and R2 series. -
Pcspecialist manufacture some laptops by themselves too, this being one of them!
That thing is not a clevo!! -
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https://www.cyberpowerpc.com/system/Vector-II-Z-15-VR-500-Gaming-Laptop -
I remember something about the vector series but can't remember. Galm found the OEM website with really bad english.
EDIT: http://www.mechrevo.com/rinneh likes this. -
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wyvernV2 likes this.
Warning: Some i7-6820HKs and i7-6700HQ have Uneven Core Temps due to Uneven Heatsink
Discussion in 'Hardware Components and Aftermarket Upgrades' started by iunlock, Oct 25, 2016.