How Much Performance Exactly More Radiators Buys You? - - DazLab EP9

Hello everyone, one of the main questions I get asked is how many

radiators

do I really need in my system and people send me their power supply models and SSD models and all other irrelevant information when we just think we need to know what will fit in their case. and also how many active components you are running, like CPU and GPU, and the mass is really simple. It has a CPU and GPU configuration, two components and a dual radiator will work well for you. If you want a slightly quieter system, you can upgrade one. Go triple and slow down your fans because you're losing

performance

, but the question is what do you really gain if you start adding

more

and

more

beyond the standard recommendations.

So what we are going to test today is that I have my system which has two components, although I also cooled the motherboard with water, there was such a small impact that it can be ignored, so it doesn't matter the memory or the motherboard, it doesn't really change the results

much

so we only worry about the cpu which i have 46 70 clocked at 4.5 gigahertz and i have nvidia 770 which also overclocks a bit and we are going to run this system that is supposed to be fine with dual radiator on all conditions, but we will start testing it also with triple and quadruple for all tests. using my dark side lp series radiator so we have the same model with the same fpi and thickness we keep increasing the number of cores so we have 480 as i said i have 360 ​​and 240 which should be what i really we're supposed to use in this.

Computer in particular, another thing I'm going to try is three different fan speeds because each one has its own comfort level. I usually run my own fans around 1500 rpm because this is fine for me in terms of noise levels and generally satisfies me in terms of

performance

, but I know there are a lot of people who like really low speeds, so let's go we're going to test 1100 and we're also going to test the high performance crowd oriented type and we're also going to run the fans at 2000 rpm, so three samples and three different ones. speeds, the more air we pass through the data, the better results we're supposed to get and we'll see what kind of temperature difference we'll get.

I use, that is, the program I emphasized in two different ways: one The test I did was only emphasize the CPU and in my opinion it represents some kind of light gaming or some kind of activities that you do through your system, so the system loads, but not a really heavy result, one type of application or use, and second. I also use the worst case scenario when I max out both the CPU and GPU 100 and that represents a near impossible scenario when you're gaming and everything is maxed out or maybe you're making some videos and it still never happened one hundred percent.

I always try to monitor what's happening when I do my after effects or render my video, it's never a hundred, it's always 90 something on both, so the burn test we did is absolutely worse, so you can't get any more heat. your system than that and we'll see what the difference is in the temperatures we get when we start switching between different fan speeds and different radiator sizes. I recorded temperatures for four cores. I have a quad core CPU so I recorded every temperature. that number for all four cores, so in the graphs that you will see there will be a delta between the ambient temperature and the actual temperature, so we see certain numbers, but if you want to know

exactly

what, of course, the actual temperature was, you simply add 20 degrees and that will be your result now, speaking of the results, the first test I look at my very slow fans at 1100 rpm and switch between dual to triple and finally to quad to see how

much

real performance I get, gaining more and more power from

radiators

in my system to my great surprise.

All I got by putting a radiator twice as expensive and twice as big in my system was just two degrees. I actually didn't expect it to expect a delta maybe five degrees between the beacons and the smaller radiators, but not only is that true, so I thought it was okay. Well, maybe I should turn my fans on a little more and what will happen to the 1500 rpm speed. Well, the delta widened a little between 33 and 29 degrees, but it was still really very small and I finally put it up to 2000 and again. the delta again widened a bit, but it wasn't a result of the shuttering at all, which means that basically, if you don't really load your system much beyond the recommended level, like a dual radiator for this particular system, it's a absolutely stupid waste of money if you want it for design purposes that's fine but it

buys

you almost nothing let's go to the next step and see what will happen if we start pushing the system a little more seriously so Isaac plays like crazy and with high settings or us.

I'm feeling really artsy and producing complicated videos and special effects on our system that uses CPU and GPU, so I close both and reduce my fans back to 1100 rpm and start switching between radiators. This time the results were much more comforting, we obtained excellent 10 degrees. between dual and quadrilateral this is something that is definitely worth looking at and then I am very curious if we get an even wider difference if we start putting fans and for a high speed and 1500 it actually reduces and when I put it at a level even higher than it was 2000 degrees, we can see that the delta between the upper and lower levels of the radiator reduces to 60 degrees, so guys, those are your numbers, I hope that helped you and gives you a better understanding of what really they get in real terms.

The numbers not just in general terms, we get more radiation, it's better. Now you can see how many actual degrees of difference there is between this scenario and that one. Type of configurations. I'll continue to try and look at other things like push-pull and things like this, and we'll see. what real results we get thanks for watching and see you soon with more videos on this topic