UK
Gigabyte Amd R9 380X G1 Gaming Pci-E Graphics Card
by GigabyteLast refresh Feb/11/2019 02:00 AM
G1 GAMING Graphics Cards are forged with only the top-notch GPU via the very own GPU Gauntlet and Ultra Durable VGA components to ensure highest performance without compromising system reliability. Combined with the WINDFORCE cooling system and ultra HD support, gamers can immerse themselves in the most enriched gaming environment than ever before. GIGABYTE introduces WINDFORCE, the latest cooling technology that differentiates the brand's graphics cards from the rest. GIGABYTE understands that a fan is crucial to the graphics card, so only the fan with the most efficiency is selected for WINDFORCE. WINDFORCE 3X cooling system is equipped with high performance pure cooper heat-pipes which direct touch the GPU can strengthen the speed of heat dissipation. Besides, the air flow is effectively enhanced by the unique blade fan design, this not only increase the cooling capacity while reducing air turbulence but also results a lower noise level. The fans will remain off when the GPU is under a set loading or temperature for low power gaming. Besides, LED fan indicators on the top of the graphics card provide an instant display of whether the fans are spinning or not. Equipped with pure copper heat pipe direct touch (HDT) technology, delivering superior cooling capacity and heat transfer efficiency at an extremely low noise level. Glorious black metal back plate inspires passion for gaming. With GPU Gauntlet Sorting, the Gigabyte SOC graphics card guarantees the higher overclocking capability in terms of excellent power switching. Ultra Durable VGA board provides dramatic cooling effect on lowering both GPU and memory temperature by doubling the copper inner layer of PCB. Ultra Durable VGA board reduces voltage ripples in normal and transient state, thus effectively lowers noises and ensures higher overclocking capability. Ultra Durable VGA board allows more bandwidth for electron passage and reduces circuit impedance. The less circuit impedance