Top CPU coolants and support for reapplying IHS
Top CPU coolants and support for reapplying IHS
Hello. I recently saw a video demonstrating someone removing the IHS from the CPU. Initially, I was concerned it might harm the device, but now I’m curious if this method is recommended for improving CPU cooling during overclocking attempts. My CPU doesn’t reach extremely high temperatures, and it’s already running on a stock cooler, so it shouldn’t be an issue.
You can find the video here:
(He removes the IHS, applies new thermal paste afterward, then reattaches it.)
https://www.youtube.com/watch?v=XXs0I5ku...FireDragon
Regarding thermal pastes, I’ve tried two options: Shin-Etsu X23-7762 and Coollaborative Liquid Ultra. I’m still deciding which is best for overclocking.
As for my current paste, it’s HY510.
I already have a water cooling block in mind but haven’t purchased one yet. I’m not planning to overclock with a stock cooler either. 😀
Just in case:
CPU: I5 4690K
Motherboard: MSI Z97 PC Mate
Power Supply: EVGA 600B 80 Plus Bronze certified.
Everything seems fine.
I have not unlocked my CPU since I'm using a chilled water cooling system, which lets me run below normal room temperature. However, I know a friend who has unlocked his 4770K. I can only pass along what he has told me. He took it further than the person in the video—he doesn't use an IHS (Integrated Heat Spreader) and instead mounts bare dies directly to the CPU with an air cooler. I highly recommend thoroughly studying the process if you decide to try it, because doing so voids your 3-year CPU warranty. This includes not just understanding the unlocking method, but also the remounting steps, whether with or without an IHS, and the proper approach. He found that Cool Laboratory Liquid Pro is the top choice for this setup.
Sorry, repeating again. Better to avoid creating more threads. :S
Sorry, I thought it would be worse to start new threads. This won’t happen again.
Would you like advice on whether to follow what was shown in that video? It removes the IHS and applies a newer thermal compound before reapplying.
Link: https://www.youtube.com/watch?v=XXs0I5ku...FireDragon
Better options? Shin-Etsu X23-7762 or the coollaboratory liquid ultra? Any suggestions?
Your current paste is HY510.
I haven’t disconnected my CPU since I’m using a chilled water cooling system that lets me run below normal room temperature. However, a friend of mine has done it with his 4770K and shared some details. He went beyond the video example by not using an IHS (Integrated Heat Spreader) and instead mounted the bare die directly to the CPU with an air cooler. I highly recommend thoroughly studying this process if you decide to try it, because doing so voids your three-year CPU warranty. It’s important to understand both the research and the actual remounting steps, whether or not you use an IHS. He found that using Cool Laboratory Liquid Pro helps prevent thermal pump out, which can cause thermal compounds to escape between the CPU die and the heat sink base, reducing conduction efficiency and raising load temperatures.
Wow, I wouldn't have thought that would be a good idea either. Appreciate the advice regarding the IHS. I'll do some further research on it.
Also, for the compounds, what suggestions do you have? Which one is better between the Shin-Etsu X23-7762 and the coollaboratory liquid ultra? Any preference? Thanks. You've helped clear up my main concern.
Nexus Radical :
Wow, I wouldn't have thought that would be a good idea either. Thanks for the advice regarding the IHS. I'll do some more research on it.
Also, for the compounds, what suggestions do you have? Which one is better between the Shin-Etsu X23-7762 and the coollaboratory liquid ultra? Either way. Thanks. You've helped clear up my main concern.
For a bare die mount, the Cool Laboratory liquid Pro is definitely the best choice, but
Caution: Liquid metal compounds can damage aluminum!
You should not use a heat sink with an aluminum base.
With standard TIMs, Artic Silver Ceramique gave the best results, performing better than the others.