Why is the resource of the vidyuhi lower than that of the processor? And how to extend it?

Question

Iron

Or does it just seem to me?
In general, I was going to buy a vidyuhu here, but I don’t want it to break after some 5-10 years. So I thought maybe put a tower cooler on a vidyuhu? How do you think it will help?

Answer 1

it just depends on the type of use. For example, if you are going to mine 24/7, then no matter how you cool it (even with nitrogen), the vidyaha will still die in a year.

Answer 2

Well, if you buy a video card for $1500-2000, then it will please you even after 5 years and maybe even after 10.
In a couple of years it will not matter if the video card bought for $100-200 works or not, because it will turn into technological waste. I think it's clear that video cards cheaper than $100 already at the time of purchase are nothing more than technological garbage.

Answer 3

I’ll add a little, the silicon structure begins to actively degrade above 140 degrees.
But besides silicon, there are many components that are negatively related to temperature loads.
For example, a well-known problem is the "soldering" of the processor from the board.
I revived one Nvidia vidyuhu after this - carefully "roasting" it on an industrial hair dryer.
The problem is universal for many elements. For example, in the same way, I restored a terribly buggy dlink dir-615 router :)
treat the equipment carefully and it will last a long time.
in general, do not heat above 60 ... 70 degrees and they will live happily ever after. throttling temperature lies somewhere in these limits. unauthorized statement about this here

Answer 4

Choose a card ONLY with a metal backplate for double-sided and high-quality heat removal and with a competent technological assembly (radiators, etc.) for heat removal from circuit elements on the card. And buy a water block
for the selected card . Look at this one for example .

Answer 5

I agree that the video card resource is lower. Although their heat dissipation is, to put it mildly, now ...
In laptops, the reliability of the video chip is critically low.
In desktops, a lot depends on the cooling system and card manufacturer.
Itself already very much for a long time has refused video cards in principle. Games are not interested, only 2D graphics. Therefore, at work and at home, only integrated video (from Intel).
For office, accounting, development PCs - from now on it's the only way. The overall reliability of the PC is exactly what has grown. Video cards (which are objectively not needed there) died even with completely non-stressful, accounting use. Mostly from overheating.
AMD cards are just hot on their own, and they were before (Radeon 9600, X1600, 9700, HD4600) - all very hot. What does a hot card and a bad cooler mean? I don't think I need to explain. The coolers on them either make noise, or fall off, or something like that is acceptable, and then from dust or low quality (bearings, grease thickens, etc.) they just stand up and soon after that, expect the inevitable overheating of the chip.
NVidia is still subjectively better, it used to take "cold" models with passive cooling - 6200, GT220 and the like). Now, for simple drawing, we are looking at the junior models of the Quadro line.

Answer 6

1) After 5-10 years, she will go to the shelf to collect dust.
2) What tower cooler?! Drugs are evil. Clean from dust, change the thermal paste in a timely manner and everything will be ok. Well, do not take, of course, the cheapest version of the desired model.