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Sure it’s ARCTIC MX-6, I applied myself cause first assembly was not well fixed (the CPU cooler attachment system is so bad) so I removed original pre applied CPU fan paste and applied directly on CPU, then I put the CPU fan on again.
The temperatures are both okay as it seems with the Arctic MX-6, personally I use the old school "Gray Beard" Silver 5 and about a decrease of 5 - 10°C but I also own an AMD CPU and your Intel runs far hotter as specified, your GPU is fine because it is a newer powerhouse RTX 40 series but could be a bit better while using FXAA w/o TAA.
Maybe should add this tidbit, 95% ISO alcohol the backside of the CPU (not the pin side!) prior to pasting to make sure all skin oils are removed due to prior handling.
Also I forgot to add that when applying any thermal paste do NOT use your bare hands as skin oils can and will create heat pockets when the CPU is cooler capped, it is best to use non-powdered latex/vinyl gloves, spread evenly leaving space at the ends/edges, wipe sides clean after, also having zero bubbles and not pasting too thick (1mm - 2mm will do).
Hope I got everything and covered all the bases besides all the technical/scientific stuff about thickness, viscosity, and thermal absorption.
Many thanks, you super kind and helpful!
Yes, thanks for suggestions about thermal paste applications, I hope not to be forced to do again the reinstallation of CPU cooler with thermal paste since the cooler is so cheapo I am worried to break every time I remove/fix, but I will check temps sometimes, if temps will go above 90/92c for CPU I will consider to replace the cpu cooler with a decent one, but until it will stay under 92c during gaming I would avoid to replace it since I don’t like to spend money :(
For AA yes I always set FXAA if available and turn off other AA.
You also want to have the CPU contact frame installed for lga1700 socketed builds, as it secures the CPU properly and keeps it from bowing inward.
Intel's factory design actually bends your CPUs ihs, to where it's no longer a perfectly flat surface. Intel says it's "fine". Whatever Intel, I'm never buying your trash again.
Idk, at this point I'm almost ready to fish my fx-9590 build out of my storage and just say screw it with this new trash. The fx-9590 has never let me down.
Oh well, I actually like my computer, I just don't like these companies anymore with their moronic releases and terrible ideas. I just don't understand how these engineers and technicians can design something so poorly, it's almost like gross negligence.
Just for the record, if the game(s) did allow FXAA and TAA (plus Ambient Occlusion) to be utilized together, it makes for a more realistic picture viewing and pretty clean and less performance demanding as opposed to MSAA which your GPU can handle either/or the latter or former even with regard to the MSAA hardcore performance decrease - your limitation is the CPU, Captain Josh.
Also for the record, I pasted my CPU, 7 years ago using my preferred method and the temperatures remain the exact same hence +1°C increase since this build with the first and only initial pasting with Arctic Silver 5, Captain Ultra; therefore, proper pasting is essential (same with my older AMD FX series 2012 edition PC but this is a special classical case).
The first is that the heat sink's the clamping force is so great that it should get pretty good coverage after it's smooshed down. You can watch a video of somebody mushing down thermal paste beneath a piece of acrylic to get a good idea of how it spreads.
The second is that human spreading can be prone to error, resulting in the types of microscopic air pockets that the thermal paste is meant to fill in the first place.
The third is that most of the die which generates the bulk of the heat is beneath the center of the I.H.S., so getting perfect coverage around the edges of the integrated heat spreader isn't as important as making sure that the middle has good contact and an even spread. Here are pictures of old delidded Ivy Bridge[www.techpowerup.com] and Skylake[www.anandtech.com] processors to get an idea of what a processor might look like beneath the integrated heat spreader.
Now granted, they make those little spatulas to spread the stuff for a reason, and in the case of Artic MX-6 it's especially viscous so helping to spread it might help, but generally speaking it's a perfectionist's game, and I certainly wouldn't describe pea method as being "so wrong". Is it suboptimal? Yeah, but if you use the right amount it maybe makes a third of a degree of difference.[koolingmonster.com]
What's much more important is that you use the right amount of thermal paste, since using too much or too little can make between 1.5 to 2.1 degree's worth of difference.
On the note of amount though, it is also worth noting that modern C.P.Us. are a bit larger lengthwise than they used to be[forums.evga.com], so you might actually want to apply a little more than a pea. Moreover, single line method has already been shown to be somewhat more effective than pea method anyway, so if you are not going to use buttered toast method (because it is rather time consuming, tedious, messy and needs a spreader), then you should probably use single line method, down the length of the C.P.U. This is especially so considering that making a proportionately longer line will likely compensate for the extra amount of paste needed. Not that I'd worry if you already applied a pea sized blob though.
For an Nvidia video card usually 120 - 125c is the maximum. Again anything below that is fine.
78c max for GPU & 82c max for CPU are completely normal and within the normal operating range for both CPU and GPU. You don't need to change thermal paste or case fans or anything else. Just game and enjoy your computer.
The heat added to the room is dependant on how much wattage is pulled, and how much of that wattage is lost as wasted heat.
If you want less heat added, you need lower wattage and/or more efficient running parts.