what fan should i get

Pcstarter

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May 3, 2017
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hi!

so i have an corsair carbide 88r case it is an micro-atx case and it also has 6 120mm fan places one is used by liquid cooler
and i was wondering since it has full zise gtx 1060 in it what fans should i get corsair high static pressure fans or hig airflow fans
for those who dont know what these are high static fans push air strongly into the case this is for small cases high airflow pushes lots of air quicly thru the case put the case should have more free space

so please help me decide
 
Solution
If you do not care about noise levels, install:

Front Intake = 2x AF120 Performance Edition (2x 63.47 CFM @ 1650 RPM = max. 126.94 CFM Intake)
Top Exhaust = 1x AF120 Quiet Edition (1x 39.88 CFM @ 1100 RPM = max. 39.88 CFM Exhaust)
Rear Exhaust / Radiator Fan = 1x SP120 Performance Edition (1x 62.74 CFM @ 2350 RPM = max. 62.74 CFM Exhaust)
TOTAL Air Flow = 126.94 - (39.88 + 62.74) = +24.32 CFM at max. rpm

If noise levels concern you, install:

Front Intake = 2x AF120 Quiet Edition (2x 39.88 CFM @ 1100 RPM = max. 79.76 CFM Intake)
Top Exhaust = 1x AF120 Quiet Edition (1x 39.88 CFM @ 1100 RPM = max. 39.88 CFM Exhaust)
Rear Exhaust / Radiator Fan = 1x SP120 Quiet Edition (1x 37.85 CFM @ 1450...

raisonjohn

Expert
Ambassador
If you do not care about noise levels, install:

Front Intake = 2x AF120 Performance Edition (2x 63.47 CFM @ 1650 RPM = max. 126.94 CFM Intake)
Top Exhaust = 1x AF120 Quiet Edition (1x 39.88 CFM @ 1100 RPM = max. 39.88 CFM Exhaust)
Rear Exhaust / Radiator Fan = 1x SP120 Performance Edition (1x 62.74 CFM @ 2350 RPM = max. 62.74 CFM Exhaust)
TOTAL Air Flow = 126.94 - (39.88 + 62.74) = +24.32 CFM at max. rpm

If noise levels concern you, install:

Front Intake = 2x AF120 Quiet Edition (2x 39.88 CFM @ 1100 RPM = max. 79.76 CFM Intake)
Top Exhaust = 1x AF120 Quiet Edition (1x 39.88 CFM @ 1100 RPM = max. 39.88 CFM Exhaust)
Rear Exhaust / Radiator Fan = 1x SP120 Quiet Edition (1x 37.85 CFM @ 1450 RPM = max. 37.85 CFM Exhaust)
TOTAL Air Flow = 79.76 - (39.88 + 37.85) = +2.03 CFM at max. rpm
 
Solution