AMD Radeon RX 560 XT 8GB GDDR5 Gaming Graphics Card - 1792 Stream Processors, 128-Bit Memory, PCIe 3.0 x16, Freeze Fan Stop Technology - Perfect for 1080p Gaming, Video Editing & Desktop PC Builds

Story for AISURIX “Wish you can be full of power and rest in happiness” is the purpose of the AISURIX born. As a young brand graphic card, AISURIX has a young R&D mindset and focuses on user experience as the core of R&D. Make the ultimate upgrade to the user's graphics card experience, so that users can feel the vital and young hardware vitality while using it. AISURIX will continue to bring users an infinitely powerful young experience, letting life become powerful and happier. AISURIX-RX560XT-4G-GAMING RX 560 XT 4G gaming graphics card redefines mainstream performance with next-gen optimization Built on enhanced Polaris 21 architecture, delivering fierce 1080p gaming power that pushes frame rates further while maintaining exceptional energy efficiency. Dual turbulence fans with hydrodynamic bearings ensure 30% longer lifespan than conventional designs, maintaining whisper-quiet operation under load. 9cm aerodynamic blades paired with dual composite heat pipes create rapid thermal evacuation system, effectively suppressing thermal throttling. Semi-automatic Intelligent Fans System Semi-automatic intelligent fans system stops the fan completely when the GPU temperature remains below 55°C, letting you enjoy light gaming in complete silence. High-profile Materials and PCB This RX 560 XT uses all solid state capacitors, integrated thick heat dissipation modules, and high-profile PCB, 1792 stream processor high-specification chips which can protect sensitive components on the back of the graphics card and reinforce the circuit board to make gaming and entertainment performance more stable. Outstanding Heat Dissipation A large area of copper tube is covered on the aluminum heat sink, and the flat heat sink is fully contacted with the chip in all directions, so that the heat can be quickly transmitted to the air from the fan through the heat sink.