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#Cooler master hyper 212 evo review tweaktown pro#
#Cooler master hyper 212 evo review tweaktown series#

G.Skill Ripjaws V Series 16GB (2 x 8GB) DDR4-2400 MemoryĪ-Data Premier SP550 120GB 2. Intel Core i5-6600K 3.5GHz Quad-Core ProcessorĬooler Master Hyper 212 EVO 82.9 CFM Sleeve Bearing CPU CoolerĪsus Z170M-PLUS Micro ATX LGA1151 Motherboard PCPartPicker part list / Price breakdown by merchant Type I'm putting it in my next 6600k build I'm making: There's many more, those are some I personally built with and have grown to love.Ģ12 Evo.

#Cooler master hyper 212 evo review tweaktown pro#

Bequiet's Dark Rock Pro line is fantastic too. The other end of the spectrum are high-end fans like the Noctua NH-D15 or Cryorig R1 Ultimate (60-70£, absolute beasts). How heavy will you be overclocking? For light and moderate stuff, a popular lower-end fan like the tried and true CM Hyper 212 Evo or the Cryorig H7 (personal favourite for <30£) will do just fine. The fan uses sleeve bearing to reduce costs. The fan is characterised by its ‘S’-shaped blades and small rotor compared to the span of its blades. This makes for a quieter than the 2000RPM one bundled with the Hyper 212+.

Noctua fans are very highly regarded for their performance but they come in their signature brown/beige design scheme which is a turnoff for some.Įdit: Since you specified <100£, you have quite a few options. The single 120mm fan provided with the Hyper 212 EVO operates between 6RPM through PWM functionality. Colour is a preference thing, some people care, others don't. Size also increases with effectiveness, some high-end blocks are enormous and might run into trouble on some boards when using RAM with high-profile heatsinks. The more you spend, the cooler and quieter your fan will be.

Pick, Assemble and Install: Video Guideĭepends on a few things - what's your budget, do you want a certain colour scheme, and how much room do you have?.

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Please keep in mind that we are here to help you build a computer, not to build it for you. Unless someone doesn’t care for expenses.Submit Build Help/Ready post Submit Troubleshooting post Submit other post New Here? BuildAPC Beginner's Guide Live Chat on Discord Daily Simple Questions threads But after a certain point around 70~75C I would say the amount of money needed to be spend is huge and the Return-Of-Investment is really low. Like mentioned, extensive testing on 3000 has shown that you keep gaining performance down to 50C from more sustained boosting (=higher effective clock).

It’s all normal and it won’t be damaged by any means, if all stock that is. If you’re not interested to get 100% the potential 5800X performance and you will be satisfied with a little loss buy whatever you can, let it hit 75~80C, even 85C, and be happy with it. Even if you invest to a large AIO it’s not guaranteed that you will manage to keep it even under 70~75C.Įven on single or reduced threaded apps like gaming the hotspot temp can spike high.įrom personal experience you either need a special (chiplet)designed block and/or the fastest heat transfer TIM you can buy. So no cheap cooler can keep higher temp under 70C. So you have 100+W coming from around an 80mm2 chiplet that is not even in the center under IHS.

The “odd” thing about 5800X is that almost all heat of the package comes from 1 CCD.