AMD ATI FireGL X3-256 100-505172 Merkblatt

Produktcode

100-505172

The FireGL

™

X3-256 is ATI’s highest performance workstation graphics

accelerator designed for AGP-based workstations. Built on a high-bandwidth, parallel

processing architecture, the FireGL X3-256 delivers unprecedented speed and image

quality for real-time visualization. Complex geometry is now rendered with true

cinematic quality for compelling animation, visual effects, mechanical design and leading

edge business communication.

With 256MB of GDDR3 memory, dual-link ultra-high resolution output, stereo 3D

capabilities, and hardware accelerated rendering using OpenGL Shading Language and

DirectX 9 HLSL, the FireGL X3-256 provides leading edge technology for high

performance and innovation. Design professionals are empowered to realize a dramatic

increase in productivity and a reduction in design cycle times, without sacrificing quality.

•

Compatibility and Stability

ATI’s FireGL cards — whether PCI Express x16 lane or AGP 8X — are designed to

accelerate 3D workstation applications based on OpenGL

and Microsoft

DirectX

9.0.

With full certification on the leading computer aided design (CAD),

architecture/engineering/construction (AEC) and digital content creation (DCC)

applications, FireGL is the high performance choice for graphics professionals working

on Windows

or Linux

based systems.

• FireGL X3-256

•

Built on ATI’s high-bandwidth,

parallel processing

architecture

•

Outstanding high-end

workstation performance

and quality utilizing 12 pixel

pipelines and 6 geometry

engines

•

256 MB GDDR3 unified

graphics memory

•

Dual display support via

two DVI outputs

•

Dual link support for ultra-

high resolution 9 Mpixel

displays

•

Stereo 3D connector with

quad-buffered support

•

Optimized and certified for

professional workstation

applications based on

OpenGL

and Microsoft

DirectX

9.0

•

Windows

and Linux

support

•

Three year warranty with

toll-free advanced technical

support

www.ati.com/FireGL

Image Courtesy Digital Dimension