3 years ago
3 years ago
Asrock Radeon RX 6800 XT Phantom Gaming D 16GB OC Graphics Card
Ebuyer (eBay) £569.99 £512.99
Game codes will be emailed out within 5 working days from Invoice Clock: GPU / Memory Boost Clock: Up to 2310 MHz / 16 Gbps Game Clock: 2065 MHz / 16 Gbps Base Clock: 1875 MHz / 16 Gbps Key Specifications 7nm AMD Radeon(TM) RX 6800 XT Graphics 16GB 256-bit GDDR6 AMD RDNA(TM) 2 Architecture Hardware Raytracing1 PCI(R) Express 4. 0 Support 3 x 8-pin Power Connectors 3 x Display Port(TM) 1. 4 with DSC / 1 x HDMI(TM) 2. 1 VRR Key Features Polychrome SYNC Taichi 3X Cooling System Striped Axial Fan Reinforced Metal Frame ARGB Metal Backplate 0d B Silent Cooling Super Alloy Graphics Card OC Edition Great Performance. Delivers great performance which is more higher than reference cards based on the solid hardware design. Phantom Gaming 3X Cooling System For Cool and Silent. Crafted for the best balance between the thermal efficiency and silence by all the details improved. Striped Axial Fan Designed For Enhanced Airflow. ASRock's custom Striped Axial Fan delivers enhanced airflow to optimize cooling from not only the stripe structure on each fan blade but also the polishing surface on the bottom side. Air Deflecting Fin Guide Airflow to Go Through Regularly & Quickly. Guide the airflow to go more regularly and quickly to enhance the cooling efficiency by the V-shaped cutting fins and the V-shaped air vents. Ultra-fit Heatpipe Consolidated to Maximize the Contact. The heatpipes are consolidated to maximize the contact among each others and also the GPU baseplate for the optimized heat dissipation. Nickel-plated Copper Base Maximize GPU Contact Area. With premium copper base heatsink design, the direct contact area to the GPU would be maximized to improve thermal transfer effectively. High-density Metal Welding Improve Heat Dissipation. Effectively isolate all coverage of the gap between pipe and stacked fins, hence improve heat dissipation effectively. Nano Thermal Paste Perfect Thermal Teamwork. Eliminate the gaps in the contact area to maximize heat transfer and