How is hardware assembled for computers?

Question

Iron

Hello, I decided to ask the people who have been doing this for a long time how the hardware for computers is assembled, i.e., if, for example, I have an ASUS GeForce GTX 980 Ti, as I understand it, the processor will need to be more powerful for it, which for example, how to find out which one will be the most optimal, and the power supply means you need one that can literally withstand from the video card to the cooling system, how to calculate this? Motherboard and processor, what kind of cooling system is needed, and especially how to find out what kind of motherboard is needed and how does it generally affect system performance? Well, her change, for the better in terms of stats or for the worse? How then to collect all this, maybe there are links to a detailed description, where exactly it is written about this, and install all this into the system, in Windows for example or Linux? Plus a question for backfilling, if I have such a PNY Tesla K80 video card, will it be more powerful than the first, the ASUS GeForce GTX 980 Ti, or is its memory more needed for professional work? And which? I need all this purely for interesting purposes, for acquaintance, I don’t plan to collect anything yet, maybe someone has the time or desire to tell, and not throw links to all this or google it, I’m interested in live communication, write to anyone who has before case, please, and not just for the sake of meaningless answer, thanks =)

Answer 1

1) to begin with, they determine what they want from the computer
2) depending on the task, the computer focuses on the video card, processor, RAM, motherboard, storage system, or cooling system (yes, yes, sometimes noiselessness slips into "TK")
3) this case is selected bp in Google is driven in "bp power calculator" but the general meaning is that 600 watts is enough for the vast majority of cases - a single-core video card, 1 processor, a couple of hard drives, some peripherals.
a little more specific
the motherboard still affects performance starting from the RAM due to timings that are not available in the BIOS: some manufacturers wind up more aggressive ones for greater performance in stock, others, on the contrary, with an emphasis on overclocking - more gentle, + work with peripherals differs - some manufacturers offer "overclocking" usb2 /3 - when working with external media, the difference will be noticeable, in addition, the implementation of the operation of the motherboard buses can be different - those that focus on many video cards work worse with one, and there is also buggy PCI support, but basically they take the motherboard based on the number and type the necessary ports, and there are also such jokes in the asus, the choice of where to boot F8 from gigaF12 would seem to be garbage,but in fact, if you need to get into the Windows boot menu, too, F8, then it turns out to be a bummer instead of it, we get on the motherboard loader, select the default boot iiii ... we don’t have time to pierce F8
tesla is not a video card at all, there is not even a monitor output, the usual one is intended as a number crusher for large amounts of data or multi-day calculations where ECC support in memory is required (so that later you don’t spend another week checking the result), practically the only way to make Tesla work at home to the full reel is GPU renders in 3d modeling packages

Answer 2

PSU power = Vidyuha + percent + 200 watts (look for consumption).
With professional maps in Google, everything is chewed to the point of snot.
If you do not know what percentage is needed, take Intel 4-core - enough for everything.
Performance does not depend on the mother if its parameters fully satisfy the rest of the hardware. A good example of AMD, old mothers support newer processors, but they do not work at full capacity (approx. Mother AM3 and percent AM3 +)

Answer 3

$600 to $1,000
configuration choice (Intel) $1,000 to $1,500
configuration choice (Intel) $600 to $1,000
configuration choice (AMD) $1,000 to $1,500 configuration choice (AMD)
And other tips on the iXBT support forum
I'm in the first The topic collected assembly tips (in the format of communication), the people there are sensible, they will help save money.