pretty smart now some people will say that ddc pumps are louder than dNUMBER_TOKEN pumps historically that was true but modern ddc pumps in my experience they're about the same sometimes you can run them at higher rpm but if you've got pretty good motherboard fan control and motherboard fan headers that support NUMBER_TOKEN amps and on up you know make sure that it can do at least NUMBER_TOKEN amps at least two you know two amps ideally on those pump headers because some of these will use a lot of power uh our swiftech for example uh yeah swiftx NUMBER_TOKEN amps so NUMBER_TOKEN amps NUMBER_TOKEN amps something like that if you have a motherboard fan header that'll do that you can run those pumps you know NUMBER_TOKEN rpm NUMBER_TOKEN rpm under their max except when everything is at really high load or you've got ridiculous temperatures and it'll be really quiet that's one of the things that you get with doing a custom loop with this if you do it right you actually can end up with an insanely quiet system way quieter than you could get with tower cooling especially in a small case like this way quieter than you can get with a an all-in-one loop cooler as well i personally you know you're embarking on something that is a headache you know it's like having a pet it does require care and feeding you do have to jump through some poops but it's kind of a fun hobby it's like you know do you want a pet well you know maybe you get something fun and emotional out of that i don't know maybe you get that out of your computer what's wrong with you what's wrong with me what's wrong with all of us i don't know but this works really well for that now hang on a second i found this thing from ek the ek quantum kinetic and they have several pumps that are labeled quantum kinetic or like this one which is the ek quantum kinetic which is just a bigger nicer version of the one that i showed you from thermaltake also costs a lot more so this one check it out this is a NUMBER_TOKEN millimeter version of this bigger reservoir the pump is included this is like NUMBER_TOKEN NUMBER_TOKEN something like that but you've got more inlet and outlet ports you've got an inlet and an outlet on the bottom of this but you don't have any on the back side here they're all on this side or on the bottom so you've got to sort of plan your build pretty carefully this is kind of strange i think because ek like if i'm going to mount this against the back of the case like this then these could go directly into the case and it'll be fine but i don't really have a convenient fill port the fill port is facing the inside of the computer if i mount it like this which i think is how they intend it because the mounting kit will actually hold it on the sides here and my screw holes are here so this can be flush against the back of the case with just a little bit of a gap here and then my in an outlet can come down and go in the computer case this way so it would be mounted like this and then i would have my tubes here and here again i'm going to have to use the punch out probably make make my own hole this is obviously designed for NUMBER_TOKEN millimeter fan mounting
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