Zephyrus G14 2022 Teardown and Repaste
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- Опубліковано 30 вер 2024
- My gut-wrenching experience with the process of re-pasting my Zephyrus G14 (2022) to replace badly applied liquid metal with PTM7950 (in combination with thermal putty Upsiren U6 Pro), with the goal of improving thermal management and performance. Hopefully, this video will be useful for those who want to do the same thing but hesitate because of the hardware complexity.
I forgot to include the part about cleaning liquid metal from the CPU and GPU, which is an incredibly tedious nightmare.
Sensors' data were recorded by HWiNFO (to a .csv file). Comparison reports were created by Excel's Pivot chart.
Some helpful text notes at:
00:31 Cover screws
02:39 Disconnecting the battery
10:56 Close look at liquid metal
19:41 Cleaning liquid metal
21:22 CPU and GPU size measurement
24:42 Handling PTM7950
29:09 Long booting
32:09 Comparisons
Asus's upgrade guide: rog.asus.com/l...
I am thinking of doing the same procedure, did you see any improvements in the performance of the thermals in the laptop? Mine has already 2 years and it shut downs due to thermals while playing games like overwatch which is not that high demanding.
My laptop temperature really improved noticeably, can run without fan for some use cases, because its liquid metal had spilled badly like in the picture at 10:56. I believe yours will improve as well, because it's not supposed to reach the temp that causes unexpected shutdown. Besides, 2 years is long enough to do a big maintenance.
damn that factory liquid metal application is so bad. You can clearly see on both cpu and gpu..
If you're in zephyrusg14 subreddit, you will be surprised by how common it happens. From technical standpoint, I think I can't blame everything on Asus, because the application of liquid metal process might be very challenging on mass production, and the QA process also suffers from it.
i"m so scared about the battery, can I just leave it plugged in whilst redoing the pasting?
It’s highly recommended to keep the battery unplugged. If you want to be extra safe, I recommend holding the on/off button for around 15 seconds to prevent any electricity stay in the motherboard. This will make the computer take a little while to boot up tho, but it won’t harm the laptop.
Quick question, should i put the PTM7950 inside a fridge before applying it ? I heard some people said that it makes the installation much more easier because the pad become solid
You really should, that's one of the thing I mentioned in the video. When applying it, you should press firmly the pad into the CPU, so it can stick on the CPU die surface. It would make the process easier, because after that, you need to take out the thin film from the pad, which might be handy.
@@ntd252Oh sorry, i didnt read that part 😅, thanks for replying mate. How's the performance by the way after 3 months?
It's actually 5 months since the recorded time, I can say it's performing well and staying cool (not kind of cold, but casual tasks don't trigger the fan to run very much). I also combine it with IETS cooling pad for high performance tasks that uses full GPU power and CPU can stabilize at 3.7 GHz full time.
@@ntd252 glad to hear it.
Mine is a little bit mess up right now. I decided to change mine with normal thermal paste without knowing it uses LM to my nearest laptop services store. Now, it always shut down whenever i open games. When i checked the temps, it was very high, like around 95-98 degrees. I might follow your video's to replace it with PTM7950.
Can you provide a full list of all equipment used?
A set of laptop open tool kit would be useful, and they are usually sold by a whole set. You can look for "repair opening tool kit"
28:10 glad to see others also have this same issue of it slightly sparking. I guess whenever i do this i will have drain the battery to 0. Or hey it's not like its gonna get damaged as long as you keep the clips safe . Good video!
I think so. The electrical spark is popular in electronic devices, which can be explained by Faraday’s law of induced current if you're curious. Some people reported it would brick the laptop, but I think there was something else in those cases.
@@ntd252 yeah the report of people bricking their laptop is to do with them breaking the metal retention mechanism of the battery connector holder. Yeah law of induced current should explain it but it could have been reduced or eliminated if they made the connector to be more recessed. Like on their vivobook series they use another connector which doesn't have the same issue
@@zerotwo_.002 I agree with you about the battery connector. This one is challenging to handle and non-intuitive.
@@ntd252 Pretty sure it just sparks because of the laptop recharging the capacitors. Faraday's Law of Induced Current deals specifically with the induction of electromotive force (EMF) due to a changing magnetic flux through a loop of wire. It's not Faraday's Law because the spark is not caused by a changing magnetic field inducing current.
@@Eng586 Yes, It could be the capacitors, but I lean towards the induced current, because there's actually a changing magnetic field in coil elements. But I was wrong about Faraday's law. It should be Lenz's law (" polarity of induced emf is such that it tends to produce a current which opposes the change in magnetic flux that produced it"). By connecting the battery, there's an input current going in the coils and the magnetic field of coils changes from 0 to some values, hence EMF polarity and its current kind of oppose the input current.
Love this video thank you
Glad it helps!
32:13 you have updated the GPU drivers so the test is uneven...
Theoretically, yes, you're correct about that, comparison should have been on the same version.
Can you link the dissasimbly document you used? This video is very helpful
It's the upgrade guide from Asus. I've updated the link in the description.
cái bước clean kll có cực lắm không anh :v
Thực sự mệt với người mới làm lần đầu, cũng khá căng thẳng nữa :D
Hi! I did the procedure with exactly the same thermal pad and thermal putty on a laptop that is around 1,5 y.o. I have dropped from around 13252 to 13000 in cinebench r23. So the question is why use silicon pads and not graphite/thermal paste/ liquid metal? I guess any of those should yield better resulta
Did you use the PTM7950 (I don't think it's called silicon pads)? This type of pad material has great thermal conductivity compared to the popular thermal paste (I think there are reviews showing it's even better than awesome thermal grizzly kryonaut in terms of temperature and longevity). Liquid metal is still the best solution if you want the lowest temp as possible, but it's more risky to use in laptop (especially when you put your laptop in vertical position) since the liquid might spill out, causing short circuit or worse performance. People tested PTM7950 vs Conductonaut and the result is impressive enough that convinces people to change to this thing.
The score might decrease right after you apply the PTM7950, because this material needs a few heating cycles to be able to transfer the heat efficiently. Maybe your liquid metal was already very well applied. I think time spy test can tell better about the thermal improvements because it uses both CPU and GPU (if you already had tested before).
@@ntd252 Yeah, I did use exactly Honeywell PTM7950. I'll look into the temperatures later too. Also did you apply two layers of the pad?
Hey, i've noticed there's a little spark when you plugged the battery back in, is it normal to do that? anyway, love the video!
Good catch! I think it’s normal due to what is called “Faraday’s law of induced current” because electronic devices usually have coils. It happens almost anywhere when you plug device, but sometimes it’s more noticeable than others.
what causes this g14 liquid metal leaked?. I was always worried about my G14, because I always use a laptop stand that was quite tilted, could it leak the liquid metal. i wish u answer my question😃
I hear this quite often from the community that there might be something with Asus's manufacturing process. It's less likely that the liquid can leak out to the surrounding circuit because there's already a small piece of foam preventing it. However, it seems the application process in the factory might be badly configured which probably leads to what we see in my video.
@@ntd252 thanks for the answer
Bước clean kll có khó lắm không anh :v
Không quá khó, nhưng rất mất thời gian, cần sự tập trung và tỉ mỉ
can you maka tuttorial about replacing touchpad ?
Sorry I missed your comment. I don't have much time and device to do that kind of video for now. I think replacing the touchpad is very straightforward after you remove the battery. It just takes you some steps to remove the screws and cables. Hope this video helps you somehow ua-cam.com/video/8ZbenZr3z9Y/v-deo.html
Is that a normal thermal paste? Is it better than liquid metal?
Hi. It’s the PTM7950, a highly thermally conductive material, far superior than common thermal paste, but not as conductive as liquid metal. However, a lot of benchmarks have shown PTM7950’s performance is almost on par with liquid metal, about 8/10 I would say, and much safer because it’s not electrically conductive. I replaced liquid metal with PTM7950 for that reason, and for the fact that liquid metal was applied very badly on my machine as you can see in my video.
Hi! Can you tell me the size of PTM7950 have you used?
I ordered a 40x80mm PTM7950 sheet, and only used nearly half of it.
@@ntd252 Thank you!
@@ntd252so I'm good with 40x40mm ?
How much u6 did you use 20g or 50g?
I used half of a 10g jar and half of a 40x80mm PTM7950 sheet
bạn ơi, máy này mình thấy 2 cái loa ở trên mặt C gần bàn phím có hoạt động không nhỉ, vì của mình cảm giác nó không có âm thanh phát ra từ đó
@@ntd252 vậy hả bạn, vì mình thấy asus nó quảng cáo 4 loa, 2 trên 2 dưới, mà trên có khe giống cái loa quá. Xem review thì khen con này loa hay, lớn nên mình sợ máy mình bị hư loa bạn à.
@@Minh-0 Mình kiểm tra lại thì về mặt thông số đúng là 4 loa. Tiếng loa máy mình cũng khá tốt, to và đồng đều. Bạn kiểm tra xem đã cài đủ driver âm thanh và app dolby access chưa, rồi mở app này và chọn cấu hình phù hợp xem thế nào.
@@ntd252 đủ hết, nhận dolby hết rồi bạn nha. Bạn xem giúp mình máy bạn âm thanh nó có phát ra từ gần chỗ nút nguồn với bên nút esc không bạn, ý bạn nói 2 cái loa làm giả ở trên ấy.
Cám ơn bạn.
@@Minh-0 2 loa giả đó chỉ là lỗ, tiếng bé hơn so với 2 loa ở dưới. Mình nghĩ có cái khe giống loa đấy chỉ là để cải thiện chất lượng âm thanh, giúp âm nó đều hơn, còn về mặt thông số, cụm loa ở khu vực để tay là có 4 loa (2 loa đi liền nhau trong 1 khối)
@@ntd252 mình cám ơn bạn nhiều, vậy thì đỡ lo rồi.
Was 10g of u6 enough? was it enough for good coverage?
10g is more than enough, I would say it can be applied for 1.5 machines
@@ntd252 Thank you for the reply!! went ahead and ordered what i needed!
@@gab4041 Sounds great. When doing this, you can use your finger to apply the paste evenly on the chip surface. I didn't know about that so my procedure was not very smooth.