AMD FirePro 2270 1GB GDDR3

Employees in many industries need two computer monitors to successfully display and interact with information they need to get the job done. To meet these needs, IT needs a flexible professional graphics solution that’s compatible with the variety of displays and computing systems they happen to have on hand. AMD FirePro™ 2270 professional graphics are capable of driving two 30” high resolution DisplayPort, DVI or VGA displays. Featuring a low profile, energy efficient design, the AMD FirePro 2270 can be deployed in a wide range of systems, from notebook docking stations to small form factor desktops to large tower workstations. - Drives two 30” high resolution displays – DisplayPort, DVI or VGA - Maximum digital resolution 2560 x 1600 - 1GB or 512MB graphics memory - PCI Express® 2.1 compliant - PCI Express® x16 and x1 options available - Full DirectX® 11 and OpenGL® 4.1 support - Low profile, half length design, 2.3” x 6.6” (55mm x 165mm) Graphics Memory Options Choose 1GB or 512MB DDR3 memory Enables efficient multi-tasking across multiple applications or graphics intensive applications, helping to prevent system bog downs Dual-view Display Expands field of view across two 30” high resolution displays, allowing users to interact with multiple applications simultaneously, see images in more detail and improve workflow productivity Ability to stretch one image or application across both screens to create one large view PCI Express® x1 Option Makes it easy to pair two (or more) AMD FirePro™ 2270 X1 cards together to support more than two displays Low Power Consumption Suitable for deployment in smaller energy efficient systems AMD FirePro™ 2270 professional graphics with 512MB DDR3 memory consumes 15W max power, and the AMD FirePro 2270™ professional graphics 1GB Edition consumes 17W Flexible Output Configurations Supports two 30” high resolution DisplayPort, DVI or VGA displays, allowing IT to configure set ups with existing display inventory Passive Cooling Optimal cooling solution helps increase MTBF, enabling higher reliability and stability Low Profile Design Allows installation in the smallest form factors, notebook docking stations or full height systems Unified Driver Architecture Delivers the stability and reliability demanded by professional users, as well as the convenience and ease of maintenance vital for IT