Absolutely if someone ask for evidence to back up a claim it is customary to provide your own proof as well.
What the fudge? Who is we exactly? Do you have multiple personality disorder? And I wasn't talking about immediate damage, nor spot heating. A processor run at 212F will fail much faster than one run at 100F. This is just common sense. Excessive heat damages substrates and increases the rate of electron migration.
I dunnno about you guys but I like the sound of fans spinning.... I find it calming. The more spinning fans, the better. I visit my local airport regularly just to listen to the helicopters spin up.... The rotors are just like giant fans.... Just sayin....
Let's put numbers to that theory. Ideal power for any computer is when AC voltage drops so low that incandescent bulbs dim to 40% intensity. If insufficient power existed, light bulbs would be dimmer. Meanwhile, if power drops that low, computers (like all electronics) simply power off. A system exists in all computers to do just that. If 'dirty' power was problematic, then 'dirtiest' power from a UPS in battery backup mode would also create a crash. If 'dirtiest' power from a UPS (ie 200 volt square waves with a spike up to 270 volts) causes computer problems, then that computer probably has a defective power supply. Above numbers should put many computer assemblers into another tizzy. OP does have symptoms of an intermittent hardware issue. To say more requires facts using hardware diagnostics such as selective heating, diagnostic software, or numbers from a digital meter. Of course observation over many months may also report something useful. Also useful might be information in the system 'event' logs. One would think computer assemblers would have suggested same. I waited. They posted nasty denials rather than something so helpful. Provided are numbers that suggest neither insufficient power nor 'dirty' power would explain those symptoms. Of course, I have a variac to test for insufficient power. Since such testing is standard for new electronics designs. I do not know how the OP might test for same.
You're right, you know I can do better than that. You're pushing for it because that's what you do, you're a troll. We've all known this for a very long time. The problem is... you're not worth more! So be happy with what you get. We all know what you are mate, there's no hiding it.
Hmm.. Now that someone mentioned the heat diagnostic tools, i've one that is usually on but i don't look at it because everything is always fine in there I can't really tell if its normal or somewhat but i on the CPU temp, i got 61C all the time, it does not move(that's not the core temp) and i remember i had it at around 45-50C before.. I guess its prolly because of high room temp.
So you are not here to assist the OP. You are here to satisfy an ego. Well that explains so much wild speculation without technical grasp and numbers. So how dim can incandescent bulbs dim before a computer must power off? Tizzy will follow. Try to be a little more creative this time.
The OP has been assisted, you came into the mix with a lot of random information that was not pertinent to him. Not only that but you dismissed exact information relating to his issue, and then tried to passive-aggressively assault anyone pointing it out. As for the rest of your post, snort or smoke? Or do you inject?
That is only core temperature of transistors inside a CPU. Completely different from temperatures of other transistors throughout the entire system. First, that ten degree core temperature increase implies your room is maybe 20 degrees F warmer (assuming computer is doing similar work). So are all other ICs (transistors) also in a room that much warmer? Did a failure occur during this warmer temperature? Second, CPU temperature really is irrelevant to the intermittent. Since a crash due to an intermittent transsistor inside the CPU would mean a complete computer crash. You had (what appears to be) a peripheral defect - involving other transistors whose air temperature is still unknown. 61 degrees C inside a CPU is not same as air temperature outside all ICs. Temperature outside an IC at maybe 40 degrees C may cause intermittent and defective transistors in that other IC to temporarily become a hard failure. Then the defect is easiest to locate.
Wall of text. Saying nothing. Wow. Edit: yo dude, you say component damage due to power loss is a myth. Do you have any proof of this?