Cooler Master MasterAir MA410M

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Beschreibung:

MasterAir MA410M is our flagship 4 heatpipe cooler that comes with a new thermal detection sensor and specialized Addressable RGB lighting effects. The MasterAir MA410M inherits the excellent cooling performance and reliability from our Hyper series with our Continuous Direct Contact 2.0 technology. The special aluminum fin hexagon cutout gives the cooler an unique Addressable RGB glow that could be controlled through our controller that is provided. The thermal detection sensor will monitor the CPU temperature and display the change in temperature through color lighting. MA410M also comes with Dual MF120R fans that provides a push and pull configuration to maximize CPU cooling.

PUSH-PULL FAN CONFIGURATION

To avoid dynamic losses and help accelerate heat exhaust,
the push-pull MasterFan helps pulling heat away faster from heatsink.

AIR-GUIDE ARMOR

Specialized armor designed to guide the flow of air for peak cooling performance and reduce dead heat spots on the cooler. The armor is also illuminated by 28 addressable rgb LED's for full color customization.

HEXAGON HOLOGRAM
ALUMINUM FIN

Aluminum hexagon fin cutout that creates a unique hologram lighting that can be seen through the top of the cooler. The specialized aluminum fin design dissipates heat faster for maximum cooling efficiency.

THERMAL DETECTION

The CPU temperature is detected by the thermal sensor and displayed through color lighting. When the CPU runs at max load the color will change to red and the color will be blue at idle or normal load.

RGB IN THE PALM OF YOUR HAND

Wired Addressable RGB Controller
A compact size Addressable RGB LED controller that allows you to easily customize your RGB devices without the need for either an RGB capable motherboard or software.
You can have the colorful rig you’ve always wanted with just the touch of a button

CDC 2.0

4 heatpipes with Continuous Direct Contact Technology 2.0 Comparing to its previous version CDC 1.0., CDC 2.0 creates 45% more contact surface area on cooler base by compressing heatpipes together. It significantly increases heat dissipation capability and outperform its predecessor.