- Joined
- Jan 22, 2020
- Messages
- 823 (0.61/day)
- Location
- Turkey
System Name | MSI-MEG |
---|---|
Processor | AMD Ryzen 9 3900X |
Motherboard | MSI MEG X570S ACE MAX |
Cooling | AMD Wraith Prism + Thermal Grizzly |
Memory | 32 GB |
Video Card(s) | MSI Suprim X RTX 3080 |
Storage | 500 GB MSI Spatium nvme + 500 GB WD nvme + 2 TB Seagate HDD + 2 TB Seagate HDD |
Display(s) | 27" LG 144HZ 2K ULTRAGEAR |
Case | MSI MPG Velox Airflow 100P |
Audio Device(s) | Altec Lansing |
Power Supply | Seasonic 750W 80+ Gold |
Mouse | HP OMEN REACTOR |
Keyboard | Corsair K68 |
Software | Windows10 LTSC 64 bit |
Hi there,
So after a brief success on changing my GPU'S the stock thermal paste with Arctic MX-4, I've also been tempted to replace termal pads on memory chips. Since Arctic brand is well-known with a reasonable price, my first thermal pad choice would be the same brand. But here comes the first obstacle: What does the thickness of the thermal pad should be? And the second question is; have you really gained performance increase after replacing the stock pads? Don't know if it's just a rumour or fact but, It's been said that any thermal pad which has at least 6 w/mk of thermal conductivity could make miracles.
I would like to have your valuable ideas, thanks in advance.
So after a brief success on changing my GPU'S the stock thermal paste with Arctic MX-4, I've also been tempted to replace termal pads on memory chips. Since Arctic brand is well-known with a reasonable price, my first thermal pad choice would be the same brand. But here comes the first obstacle: What does the thickness of the thermal pad should be? And the second question is; have you really gained performance increase after replacing the stock pads? Don't know if it's just a rumour or fact but, It's been said that any thermal pad which has at least 6 w/mk of thermal conductivity could make miracles.
I would like to have your valuable ideas, thanks in advance.