![]() ![]() The same common form factors that apply to motherboards, apply to cases too. I have talked about from factors before, in a post about motherboards. Form factors and tower typesįorm factor means the size, in this case, the size of the case. These things are simple to understand and will benefit you a lot when browsing different cases. So, what is the difference between the cases, what do the expensive cases offer compared to the cheaper ones? Is it worth spending hundreds on a case when you can get similar looking one for so much less? In this post, I will cover the things to look for when buying the case for your PC build. The price range is also huge, some cases can be over 10 times more expensive than the cheapest ones. Currently if I look down on my ACX 780 from the top it has couple inches of room to exhaust.There are a lot of different manufacturer’s when it comes to computer cases. ![]() Are you suggesting since the top of my case is vented and hot air rises it should leave the case and not cause any heat issues?Īppreciate the feedback just trying to optimize my airflow, using this machine mainly for gaming (COD Ghosts, Crysis 3, BF4,)ĬPU Cooler: NZXT Kraken X60 98.3 CFM Liquid Motherboard: ASRock Z87 OC Formula EATX LGA1150 or ASRock Z87 OC/ac version Memory: G.Skill Trident X Series 32GB (4 x 8GB) DDR3-2666 Storage: Samsung EVO 1TB 2.5" SSD Video Card: EVGA GeForce GTX 780 Ti 3GB or GIGABYTE GTX 780 Ti WindForce 3X OC (Will SLI whichever GPU is selected) Case: NZXT Phantom 820 Power Supply: PC Power & Cooling 1200W ATX12V / EPS12V OS: Windows 7 Ultimate N OPTICAL DRIVE: ASUS DRW-24B1ST/BLK/B/AS Monitor: Asus VG278HE 144hzĪlso for EVGA are you thinking Classified? I am wondering if the height/width of them would capture or impede the airflow. As far as noise i will experiment with quiet fans, not too concern since i usually game with headphones or like to have my volume So remove the side intake and both 200mm top fans exhaust? That would leave me with only 1 exhaust from the back case fan, is that sufficient, not really counting the psu exhaust since its only flowing thru the psu. Is there an advantage of having the RAD on the top instead of the bottom? The phantom does have an elevation to permit air flow how much wont know till i set it up. So decided the bottom would give me all the ideals this way the filter on the bottom of the case will capture most of the dust not get on the rad and I would have intake on the rad which will keep my temps cooler. Then there was the fact of top exhaust which would accumulate dust on the rad (bottom). Monitor: Asus VG278HE Newbix_Cube cube: For the rad installation top was my first choice but wanted to have exhaust on the top lots of forums recommended intake setup to keep the rad cooler. Power Supply: PC Power & Cooling 1200W ATX12V / EPS12V Video Card: EVGA GeForce GTX 780 Ti 3GB or GIGABYTE GTX 780 Ti WindForce 3X OC (Will SLI whichever GPU is selected) Memory: G.Skill Trident X Series 32GB (4 x 8GB) DDR3-2666 Motherboard: ASRock Z87 OC Formula EATX LGA1150 or ASRock Z87 OC/ac version Even though some had recommended the Noctua A14-FLX 140mm's as a better performer and brand.ĬPU: Intel Core i7-4770K 3.5GHz Quad-CoreĬPU Cooler: NZXT Kraken X60 98.3 CFM Liquid They say that a negative pressure case is optimal for performance is this correct? If so will this diagram achieve that end? Using basically all stock fans except for the Kraken X60 those fans will be replaced with my recent purchase of 4 Akasa 14cm 140mm fans (AK-FN063). Would like to get some feedback on my proposed air flow diagram for my Phantom 820 case.
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