VisionTek Radeon 7750 2GB GDDR5 6 4k Monitor Graphics Card, 6 Mini DisplayPort Outputs, AMD Eyefinity 2.0, PCI Express 3.0 Video Card, 7.1 Surround Sound – 900614

The AMD Radeon HD 7750 GPU features award-winning GCN architecture and 4K video quality on as much as 6 displays at an inexpensive price. Step as much as the world’s most advanced graphics with GCN architecture and a 28nm chip engineered to enable an exceptional DirectX 11 experience. The versatile design of the 7750 GPU can toughen your workspace productivity the usage of 4K HD Graphics with wrap-around capabilities and new features like 5×1 landscape, Stereo 3D and universal bezel compensation. Get a 3-year limited with your purchase and excellent US-based customer strengthen straight away from VisionTek.

SIX 4K DISPLAY SETUP – Connect as much as six 4K displays with 6 included Mini DisplayPort outputs cables featuring lock down screws for protected cable connection. NOTE: Active adapters are required for 4k monitors
INDEPENDENTLY POWERED – 70W max power draw and requires no additional power source (minimum of 300W PC power supply is required)
EYEFINITY – Delivers flawless graphics and frame rates on the highest resolutions in tandem with DirectX 11. Combine a couple of displays to behave like a single large display with independent resolutions, refresh rates, color controls, and video overlays
HD 4K CONTENT – Watch 4K content (4096 x 2160 max @ 60Hz) with exceptional frame rate and hear in brilliant 7.1 Surround Sound without additional drivers
VERSATILE USE – HD graphics and wrap-around capabilities, 5×1 landscape, stereo 3D and universal bezel compensation. Great for healthcare, marketing, stock exchange, and any space needing more display setups
OPERATING SYSTEMS – Windows 10, Windows 8.1, Windows 8, Windows 7, Windows Vista, and Windows XP
Drive as much as six displays concurrently with independent resolutions, refresh rates, color controls, and video overlays
Combine a couple of displays to behave like a single large display with display grouping
Anisotropic filtering method and enhanced texture filtering precision