Gigabyte GTX1080 8GB Turbo PCIe Video Card PN GV-N1080TTOC-8GD Special, Limit 2 per customer
Web ID: 21526
NVIDIA GeForce GTX 1080 GPU, Integrated with 8GB GDDR5X 256bit memory, Turbo Fan Cooling System, Support up to 8K display @60Hz, One-click overclocking, Intuitive Xtreme Engine, Core Clock - Boost: 1797 MHz / Base: 1657 MHz in OC mode
Boost: 1771 MHz / Base: 1632 MHz in Gaming mode, Dual-link DVI-D, HDMI-2.0b, 3 x Display Port-1.4 ONLY WHILE STOCKS LAST! CASH PRICE
Manufacturer PN: GV-N1080TTOC-8GD
Warranty: 3 Year
Turbo Fan Cooling System
GIGABYTE turbo fan cooling system features the exclusive blower fan design with the heat pipe direct touch technology to efficiently direct the heat out of the case, delivering blazing fast yet stable performance when running VR or games in ultra HD. The card is also easy to install within the 2 PCI-E slot width due to its compact profile.
Turbo Fan Cooling System - Heat Pipes
The composite heat-pipes combines both thermal conductivity and phase transition for efficiently managing the transfer of heat between two solid interfaces which increases 29% of cooling capacity.
Heat Pipe Direct Touch
The pure copper heat pipes are shaped to maximize the direct contact area to the GPU.
One-click Super overclocking
With a simple click on XTREME engine utility, gamers can easily tune the card to meet their various gaming requirements without any overclocking knowledge, while saving the hassle of manual adjustment.
Ultra Durable Materials
Engineered with the highest-grade chokes and capacitors, this graphic card delivers outstanding performance and durable system lifespan.
Built for OverClocking with 8+2 power phases
Compared to founders edition, the 8+2 power phases on the card make the MOSFET working at a lower temperature and provide more stable voltage output.
Clock speeds, voltage, fan performance, power target can be monitored and tuned in real-time according to your own preference through this intuitive interface. Download
(*The interface and functionality of the software is subject to each model.)