VGA GIGABYTE GEFORCE GTX960 OC

GV-N970G1 GAMING-4GD

• Powered by NVIDIA GeForce GTX 960 GPU

• Integrated with industry's best 2GB GDDR5 memory 128-bit memory interface

• BASE: 1241 MHz / BOOST: 1304 MHz

• Features Dual-link DVI-I / DVI-D / HDMI / DisplayPort*3

• System power supply requirement: 400W(with two 6-pin external power connectors)

SOC ─ GPU Gauntlet™ Sorting

With GPU Gauntlet™ Sorting, the Gigabyte SOC graphics card guarantees the higher overclocking capability in terms of excellent power switching.

WINDFORCE 3X cooling system

WINDFORCE 3X With Unique Blade Fan 

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.

0dB semi-passive fans with intuitive fan indicators 

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.

Flex Display technology

GIGABYTE Flex display technology(patent-pending) can automatically detect any connected monitors and achieve multi-display gaming up to 4 monitors at the same time by using various output groups. Users could enjoy the best gaming experience in ultra HD resolution with extended flexibility in arranging monitor configurations and making future system upgrade extremely easy.

Ultra Durable VGA™

Lower GPU Temperature
Ultra Durable VGA board provides dramatic cooling effect on lowering both GPU and memory temperature by doubling the copper inner layer of PCB. 

Better Overclocking Capability
Ultra Durable VGA board reduces voltage ripples in normal and transient state, thus effectively lowers noises and ensures higher overclocking capability. 

Decrease Power Switching Loss
Ultra Durable VGA board allows more bandwidth for electron passage and reduces circuit impedance. The less circuit impedance, the more stable flow of current and can effectively improve power efficiency.