Are you sure you tightened the mounting bolts enough?
And in order. A lot of people don't realise the mounting screws need to be tightened in the numbered order. It DOES make a big difference.Are you sure you tightened the mounting bolts enough?
When you took the heat sync off to apply the liquid metal did you notice whether or not the PCS thermal compound had made good contact with the IHS?it is not the first time that I do it, I tried 3 times from 1 to 8 then from 8 to 1 nothing changes the radiator does not touch the liquid metal ...
When correctly fitted the cooler should make contact with the IHS whether there is thermal paste applied or not.Probably this heatspreader (you call it radiator) wasn't thought for the LM. Infact it does not come with it if I am not mistaken.
On CPU, absolutely, not necessarily on GPU as they would normally have thermal pads rather than thermal paste which are a lot thicker.When correctly fitted the cooler should make contact with the IHS whether there is thermal paste applied or not.
That's interesting. On all the laptops I've owned I have never had thermal pads on the GPU it's always been paste.On CPU, absolutely, not necessarily on GPU as they would normally have thermal pads rather than thermal paste which are a lot thicker.
Really? I’ve never had paste on a gpu. Maybe they’ve changed things with modern laptops. Desktop GPU’s still use thermal pads, just assumed the same would still be true for laptops.That's interesting. On all the laptops I've owned I have never had thermal pads on the GPU it's always been paste.
Yes so I knew they were used in desktop GPU's but have never seen them on a laptop GPU hence my initial comment.Really? I’ve never had paste on a gpu. Maybe they’ve changed things with modern laptops. Desktop GPU’s still use thermal pads, just assumed the same would still be true for laptops.
Thing with paste is it leaks eventually out the sides and you have to reapply. Thermal pads don’t degrade in the same way. On a gpu, they’re not intended to be repasted and don’t reach the high temps that a cpu does, thermal pads offer as good performance given the lower thermal ceiling and should last the lifetime of the build.
You can always tell if it’s a thermal pad as you’ll need to apply quite a bit of pressure to “unstick” the heatsink.
Then again, I’ve always had laptops with separate gpu and cpu cooling lanes, perhaps the ones where they’re combined they just use paste as if reapplying the cpu you’ll have to do the gpu as well.
But on any gpu with thermal pads, there will usually be about .5 - 1mm clearance to accommodate the thermal pad.
Yeah, that's what I'm thinking, would make sense as thermal pads are definitely more expensive than paste plus a pain to clean off, compared to just wiping away paste.Yes so I knew they were used in desktop GPU's but have never seen them on a laptop GPU hence my initial comment.
That being said every laptop I've taken apart has had a combined CPU/GPU cooler. Presumably if they used pads on the GPU they would have to be replaced every time the cooler was removed to repaste the CPU?
That would make sense.Yeah, that's what I'm thinking, would make sense as thermal pads are definitely more expensive than paste plus a pain to clean off, compared to just wiping away paste.
I am mega confused here. What do you mean by you transfered thermal pads? I hope you don't mean you removed any of the thermal pads shown in your previous picture? They are providing heat dissipation to other chips on your motherboard not your CPU...I just gave cryonaut instead of liquid metal,
I then installed the IHS and then removed I can confirm that there is indeed a micro space in the cpu and the ihs because of the thermal pad so I transferred all the pads on the cpu side to install liquid metal and now the 2 have the touch perfectly I gained almost 20 ° c. the cpu no longer exceeds 71 °,
I put liquid metal because I find that the radiator on the cpu side and well designed for I just wonder what material it is and made if anyone has an idea it does not look like aluminum?