Hyper 212 3DHP Black ARGB Commerce Cloud Storefront Reference Architecture Remove Product? 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.*Image for reference only; actual internal configuration may vary in the final product design. Excellent Thermal Dissipation Keeps temperatures lower under the same CPUworkload, helping maintain system stability andlong-term reliability. Pre-Installed Ring Blade Fan The included Mobius 120 fan features a ring blade design that cuts high-frequency noise and keeps operation smooth and quiet-especially when paired with the 3DHP module. Larger Contact Surface for Maximum Heat Transfer Unlike most four-pipe coolers with direct contact, our solid copper base covers more surface area. Combined with wider 3DHP heat pipes, it ensures efficient heat transfer from the CPU to the cooling array. Sleek, Modern Design Finished in matte black with clean lines and subtle contours, Hyper 212 3DHP Black integrates seamlessly into modern setups. Specifications Downloads Product Sheet Manual About Us Support Join Us Resource Center
