Graphics Accelerators

Graphics Accelerators

Graphics Accelerators support dual and quad monitor output.

Available in PCI and PCI Express configurations, FireMV(TM) 2200 and FireMV(TM) 2400 feature 64 and 256 MB of memory. Catalyst Control Center enables user-friendly handling of multiple desktops and streamlined interface. Products are supported by WHQL unified driver, which is tested and certified for range of professional 2D software packages, including Hummingbird Exceed and Citrix.

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Graphics Accelerators

Graphics Accelerators support PCI Express(TM) architecture.

Included within Visualization Series, FireGL V7100(TM) supports dual DVI and dual link configurations, and has 256 Mb memory and visual processing unit (VPU) with 16 pixel pipelines and 6 vertex processors. With dual DVI outputs, FireGL V5100(TM) has 128 Mb memory and VPU with 12 pixel pipelines and 6 vertex processors. FireGL V3200(TM) offers 128 Mb memory, 4 pixel pipelines and 2 vertex...

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Graphics Accelerators

Graphics Card has 256 MB of DDR memory.

FireGL(TM) X2-256t delivers 3D performance for OpenGL and DirectX 9 applications running on desktop and mobile platforms. It features 256 MB of DDR memory, dual DVI-I output, and visual processing unit with 8 parallel pixel processors and 4 geometry engines. Product is certified for DCC and CAD applications such as 3dsmaxÂ-®, MayaÂ-®, SoftimageÂ-®, SolidWorksÂ-®, AutoCADÂ-®,...

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Graphics Accelerators

Workstation Graphics Accelerator delivers 3D performance.

Based on scalable workstation graphics architecture, FireGL(TM) X2-256t graphics board employs copper fan, 4 geometry engines, and 8 parallel rendering pipelines. Board comes with 256 MB of graphics memory and dual DVI-I connectors. It features advanced pixel shader support and ability to render complex models, scenes, and effects in real-time. Board delivers 3D performance and ISV certification...

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Graphics Accelerators

Graphics Accelerators are based on scalable architecture.

FireGL(TM) X2-256 offers 256 MB unified graphics memory and dual DVI-I interfaces. Based on FGL(TM) 9800 Visual Processing Unit, it features 4 geometry engines and 8 parallel rendering pipelines. Accelerator is suited for CAD, solid modeling, DCC, and visual simulation applications. Entry-level FireGL T2-128 features 128 MB of unified graphics memory and dual display support through DVI-I and VGA...

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Compact Board enhances processor performance.
Graphics Accelerators

Compact Board enhances processor performance.

PCM-6894 advanced P-III level 5.25 in. disk supports IntelÂ-® Tualatin Processors. Utilizing VIA VT82C694T/82C686B chipset, board optimizes performance of IntelÂ-® Tualatin/PentiumÂ-® III/CeleronÂ-® processors running at 66/100/133 FSB speeds. Device supports Ultra DMA/100 mode with data transfer rates of 100 MB/sec for data access from IDE storage devices. SMI Lynx3DM SM722...

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Graphics Accelerators

Graphics Accelerator enables large datasets.

FIRE GL(TM)X1-256 workstation graphics accelerator, with 2.1 GB/sec bandwidth, provides 256 MB of DDR memory, dual DVI output, and AGP Pro50 bus. FGL(TM)9700 Visual Processing Unit, with 128-bit floating-point rendering pipeline, 4 geometry engines, and 8 parallel pixel pipes, powers accelerator. FIRE GL X1-256 supports AGP 8X and provides 2-way high-speed interface between graphics subsystem and...

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Graphics Accelerators

Monitor and Graphics Accelerator offer digital support.

Available for eserver pSeries(TM), RS/6000Â-®, and IntelliStationÂ-® models, Power GXT135P Graphics Accelerator provides support for attachment of digital monitor. IBM T541H, 15 in., flat-panel, TFT, Color Monitor incorporates slim bezel and hybrid attachment that provides for analog or digital system attachment. RIO-2 riser card, for 7311-D20 I/O Expansion Drawer, provides interface...

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Solder Redefined
Sponsored

Solder Redefined

Indium Corporation has developed a new twist on traditional solder by developing a composite with a reinforced matrix internal structure. The result is a solder with increased strength and reliability. Check out this video to learn more about the mechanics behind the groundbreaking technology.

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