Tuesday, December 16th 2014
CRYORIG Soon to Release the H7 CPU Cooler for the Mainstream
CRYORIG, innovator of PC thermal peripherals, is preparing the second model in the H Series lineup, featuring H series standard HiveFin technology. Besides moniker HiveFin technology, the CRYORIG H7 will also incorporate Zero RAM Interference and many other great features found in previously announced CRYORIG cooling solutions. The CRYORIG H7 will be targeted at mainstream PC systems with limited CPU cooler height. Thanks to the total height of 145 mm, H7 will be able to fit almost all mid-tower cases.
The H7 will also kickoff CRYORIG's new line of 120 mm QF120 PWM fan series. New QF120 line of system fans will feature CRYORIG's proprietary Quad Air Inlet. The Quad Air Inlet is a system of four aerodynamic intake holes strategically placed on the four corners of the fan frame. It allows extra air intake from the sides of the fan frame to increase the total air output. CRYORIG's QF120 line will be released right after the H7 in three different configurations, such as "Silent", "Balanced" and "Performance." The Balanced version with the maximum fan speed of 1.600 rpm is included with the H7.
The H7 will also kickoff CRYORIG's new line of 120 mm QF120 PWM fan series. New QF120 line of system fans will feature CRYORIG's proprietary Quad Air Inlet. The Quad Air Inlet is a system of four aerodynamic intake holes strategically placed on the four corners of the fan frame. It allows extra air intake from the sides of the fan frame to increase the total air output. CRYORIG's QF120 line will be released right after the H7 in three different configurations, such as "Silent", "Balanced" and "Performance." The Balanced version with the maximum fan speed of 1.600 rpm is included with the H7.
4 Comments on CRYORIG Soon to Release the H7 CPU Cooler for the Mainstream
My guess a 212evo would be = or > .
The H7's total height should be sub 150mm, so it's targeted more at mid-entry range mid towers.
And I no the hyper 212evo does not beat this, HDT = Instant loss of performance.