Customers, please be reminded... That the exit buttons... ARE IN THE MIDDLE OF THE DOORS.

​@@magikarpslapper759 Ha, say you're from brissy without saying you're from brissy

It sounds just fine. It’s very clear and articulate.

Yeap, those upside dust filter on some cases doesn't make any Sense

@@JomarsYT Have those on my Chieftec Scorpion II.. magnetic filte on top .. don´t make any sense why one would loose flow performence on the outake.. been oc´ing sense early 90´s so I know that isn´t good! :)

I laughed so hard at the first line... so true! lmao

yes

I've seen people report lower CPU temps and higher GPU temps with a front radiatior. But, I think you can get plenty low CPU and GPU temps with the rad on top, and this is better for the pump.

you can take a look at the CFM of your fans; probably depends on that.

Help me understand this. You are pulling hot air into the case instead of pushing it out?

@@piyushbhalerao8257 No, I'm pulling cold air in through 4 fans, 2 in the front and 2 on a top mounted AIO radiator. The hot air escapes on it's own through the back mesh. Edit; Just to be clear, when I say the hot air escapes on it's own, it's the positive pressure created inside the case by the 4 intake fans and the large mesh area on the whole back panel which allows the hot air to easily exit the case.

@@Pete856 But isn't the air passing through the radiator hot due to the radiator being hot?

@@piyushbhalerao8257 The cool air gets warmed up a bit as it passes through the radiator, yes. However, as it's a gaming PC, the CPU doesn't produce much heat compared to the GPU. In this setup the airflow is from 4 fans pulling air into the case and it escapes out the back...the other way around you only have the flow from 2 fans in and you're exhausting the hot air through the radiator.

@@Pete856 fair.

in a custom loop you wanna cool your radiator, so you push fresh air thru the radiator

Adding one or two fans for top and bottom for intake as well, you might get better load temps

Not sure if you still need an answer but it depends on your gpu temperatures. Also what intakes do you have? Bottom/Base?

thats exactly like mine! idk but mine's runinng pretty good

Check out the p500a or p400a. They are the best for a balance of everything plus amazing airflow and they look amazing. I have a video showing off a recent build I did in one I'll show more in depth soon

@@cppctek kk

@@askjdfkjqwn kk

6 filtered in, 3 clear out. This will create positive pressure (depending on the filters, it may be neutral), filtered air going in, and if same pure air will not be able to get out trough 3 fans (if its high pressure), it will go out trough chassis holes and lines design, but since its filtered, dust will not collect. If you go with 3 filtered in and 6 clear out, It will be more of a 2+ vs 5-, its negative pressure, good for cooling everything, but it will suck unfiltered air in trough chassis holes and lines design, collecting dust, and you will have to clear it every couple of months. Also depends on your fan positions, if you have eg. 4 front, 3 top, 2 back, then you should put all 4 front in (probably filtered), all 3 top out (because dust falls from top to bottom, you dont wanna suck it in even with a filter because you will need to clean it every month and heat naturally wanna go up, so dont do against nature), and 2 at the back out. That will put you in negative pressure, having 4 filtered in and 5 out, that is bad for dust, and you will have to tweak their RPMs to get positive or close to neutral pressure instead of getting negative (like intake full speed, exhaust half the speed, top fans even less or something like that combination...).

@@RadiusNightly Wise and gold, thank you

Yep, that's a typical setup and should do fine for most systems.

@@ThermaltakeAustralia thanks! Also how to lower GPU temps? I usually reach 70-80 while gaming my card is rx580

Top fan will suck dust naturally (dust falls down) because of gravity and will work against physics heat dissipation (since heat wanna go up and top fan are pushing it back in). I guess the best way are front intake, possibly filtered, higher RPM or airflow optimized if its not blocked by something, top and back exhaust (top less RPM or pressure optimized), to get positive pressure. Another combination that i think are good are back pressure intake (probably blowing to the CPU cooler), front intake, top exhaust. Reverse would be back high speed intake, top pressure intake (or no fan/blocked), front slow flow exhaust. This will find fresh air from behind, and scatter hot air in to the room all around, but not all systems are made good for reverse, while normal system will usually collect heat behind, blocked by the wall, table, etc., with reverse you are trying moving it away from that rig/spot like in server rooms, where its easy to deal with all heat in the room.

Unless you're worried about overtaking your front fans I would re-orient to have a top exhaust. If you're intaking cool air from the top you're fighting the warm case air's natural tendency to rise. This is called negative convection and is never ideal. Ideally you always want to intake front and bottom and exhaust top and back.

@@AnarexicSumo done!!! 1 Top, 1back exhaust and 2 front intake

mostly no, in my testing

There are a couple of cases in this video, but assuming you mean the one next to Michael, that would be our Divider 500 TG in black!

🤔

That's okay, our odd, backwards humour isn't for everyone. I do hope we were able to help you in regards to airflow setups for your PC though :)

Lian li uni fans, and I know a Corsair fan does this aswell looks the same front and back

not doin it tho, Lady

Wow that was quite the journey DrJack, warn us next time before you take us on such a trip

@@ThermaltakeAustralia I will try!