Taichi 3X cooling system
The central fan rotates vice versa to reduce turbulence and improve air dissipation by the radiator. Created for the best balance between thermal performance and silence thanks to improved details. A completely new belted ASRock ring fan has more lateral inlets and provides better air flow through the cooling system. Silent Cooling technology 0dB allows you to completely stop working fans during low computer load.
Advanced radiator design
Direct airflow to be more regular and fast to increase cooling efficiency with V-shaped ribs and V-shaped vents. Heat pipes are consolidated to maximize contact between each other, as well as a GPU baseboard to optimise heat scattering. Designed to improve and balance temperature and heat scattering for video memory. Thanks to the high quality copper-based radiator design, the area of direct contact with GPU would be maximized to effectively improve heat transfer. They effectively isolate the entire coverage of the gap between the pipe and stacked ribs and thus improve the heat scattering. Eliminate gaps in the contact area to maximize heat exchange and heat efficiency. A high-quality thermal pad helps transfer the heat of the components to the radiator, improving heat scattering.
Optimised mounting pressure
ASRock uses a precise screw tightening moment when assembling its graphics cards to optimize the radiator assembly pressure to improve thermal performance while avoiding damage to the GPU matrix.
Polychrome SYNC
With integrated ARGB LEDs, you can create your own unique colour light effects that can also be switched on and off. It can also be synchronized with the ASRock main discs that support Polychrome SYNC.
Top quality components
Thanks to a highly conductive polymer as an electrolyte, it has a lower equivalent serial resistance (ESR) to provide excellent electrical properties. It also has excellence in product life, reliability and heat resistance.
Dr.MOS' design uses the latest SPS technology (Smart Power Stage). It is optimized to monitor the current and temperature of each phase, provide [...]
