XFX HD-597A-CNF9 Manual De Usuario
Bus
PCI-E 2.0
Profile
Double
Output
DisplayPort
Go.
Technology takes a trip down the fast lane with the XFX ATI Radeon™ 5970 graphics card. The fastest dual
GPU-on-a-PCB card on the planet, this powerhouse also comes in a “I’ve-never-seen-that-kind-of-speed-
before” Black Edition. Powered by two brutally fast GPUs and 3200 stream processors, the 5970 delivers
shockingly fast frame rates and is supported by the most robust advanced feature set available today,
including support for up to three displays with ATI Eyefinity technology. Created for the true performance
enthusiast, the 5970 offers the ultimate in speed, performance, energy efficiency and support.
GPU-on-a-PCB card on the planet, this powerhouse also comes in a “I’ve-never-seen-that-kind-of-speed-
before” Black Edition. Powered by two brutally fast GPUs and 3200 stream processors, the 5970 delivers
shockingly fast frame rates and is supported by the most robust advanced feature set available today,
including support for up to three displays with ATI Eyefinity technology. Created for the true performance
enthusiast, the 5970 offers the ultimate in speed, performance, energy efficiency and support.
XFX Part Numbers:
HD-597A-CNF(*)
HD-597A-CNF(*)
Radeon
TM
HD 5970
2GB [512-bit] DDR5 Graphics Card
Enthusiast
• 3200 Stream Processing Units
• 40 nm Process Technology
• 2.0 GB GDDR5 Memory
• ATI Eyefinity Technology
• ATI Stream Technology
• ATI CrossFireX™ Technology
• Accelerated Video Transcoding
• 40 nm Process Technology
• 2.0 GB GDDR5 Memory
• ATI Eyefinity Technology
• ATI Stream Technology
• ATI CrossFireX™ Technology
• Accelerated Video Transcoding
• ATI PowerPlay Technology
• ATI Avivo Technology
• Built-in DisplayPort and HDMI Outputs
• Microsoft Windows 7® Support
• Microsoft DirectX 11 Support
• OpenGL 3.2 Support
• Design for DirectCompute 5.0 and OpenCL
• ATI Avivo Technology
• Built-in DisplayPort and HDMI Outputs
• Microsoft Windows 7® Support
• Microsoft DirectX 11 Support
• OpenGL 3.2 Support
• Design for DirectCompute 5.0 and OpenCL