Description
V4 Alpha 3DHP Black
● Cooler Master Proprietary 3DHP technology
● Excellent thermal dissipation
● Pre-installed ring blade fans
● Larger contact surface area
Advanced Cooling, Elevated
The Cooler Master V4 Alpha 3DHP Black CPU air cooler delivers exceptional cooling performance and sleek aesthetics, featuring the company’s proprietary 3DHP Technology for rapid heat dissipation and peak system efficiency to rival the performance of conventional four-heat-pipe coolers. Using just two heat pipes, it is engineered to maintain optimal processor temperatures under heavy workloads. The V4 Alpha 3DHP Black has been crafted in the shape of a classic V automotive engine but delivers performance comparable to that of one of the most efficient electric cars available. The V4 Alpha 3DHP Black CPU air cooler stands out with its innovative design and excellent performance. Built for enthusiasts and perfected for professionals, V4 Alpha 3DHP Black isn’t just a cooler, it’s the heartbeat of your high-performance machine.
Less heat pipes. More cooling efficiency.
Less noise. More reliability.
Cooler Master Proprietary 3DHP Technology
3DHP technology redefines heat pipe design by adding a third dimension—an extra pipe that fills the dead zone in standard U-shaped layouts. This added connection improves heat transfer in a slimmer, more efficient design.
It delivers the cooling power of a four-pipe solution with a more streamlined layout—giving you lower temps, quieter fans, and more flexibility, whether you’re building for silence or pushing your system to the limit.
Quieter. Stronger. Smarter.
Fewer pipes, better performance. 3DHP’s efficient heat transfer reduces radiator turbulence and lowers fan noise across the system. Whether you’re building for silence or tuning for peak output, 3DHP delivers.
The Advanced 3DHP Internal Structure
3DHP heat pipes use a hybrid internal structure that combines sintered powder and grooved channels in varying textures and sizes. Each section is optimized for a specific phase—evaporation, condensation, or liquid return—resulting in more efficient heat transfer than traditional designs.
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