GeForce FX 5200 VPU, 250 MHz , AGP 8x Interface, 64-bit, 128 MB (DDR SDRAM), Max Res: 75 Hz @ 2048 x 1536

The GeForce? FX 5200 and GeForce PCX 5300 GPUs deliver best-in class performance and features at a great price. With a GeForce FX or PCX mainstream GPU inside your PC, you can experience cinematic-quality effects, studio-quality color, and the industry-leading performance and rock-solid driver stability you expect from NVIDIA.

RADEON X1650 Pro VPU, 600 MHz , PCI Express Interface, 128-bit, 512 MB (DDR2 SDRAM)

The Radeon? X1650 PRO delivers stunning 3D graphics, excellent performance, and all the extensive features of a high-end graphics card.

RADEON X1300 PRO VPU, 600 MHz , PCI Express Interface, 128-bit, 256 MB (DDR2 SDRAM), Max Res: 85 Hz @ 2048 x 1536

Radeon X1300 Pro is the fastest graphics chip inside the new low-end graphics chip family from ATI. We?ve got a reference sample for this model from ATI, so in this review we will compare its performance to other low-end graphic chips, especially Radeon X300 and GeForce 6200, and also with some mid-range chips (GeForce 6600 and GeForce 6600 GT) to see how is the performance of this new release by ATI

ATi FireMV 2400 VPU, PCI Interface, 128 MB (DDR SDRAM)

ATI's FireMV multi-view 2D workstation acceleration cards are designed exclusively for the financial and corporate marketplaces.

GeForce 7600 GS VPU, 400 MHz , AGP 8x Interface, 128-bit, 512 MB (DDR2 SDRAM), Max Res: 85 Hz @ 1900 x 1200

The GeForce 7600 GPUs bring high-definition, home-theater quality video to the PC through the acclaimed NVIDIA® PureVideo™ technology.

FireMV 2200 VPU, PCI Express Interface, 128 MB (DDR SDRAM)

ATI's FireMV multi-view 2D workstation acceleration cards are designed exclusively for the financial and corporate marketplaces. FireMV products ensure system compatibility and investment protection. The FireMV design utilizes passive cooling for a higher mean time between failures (MTBF) providing greater reliability. Its inherently lower power consumption helps reduce the overall power load without sacrificing performance - an increasingly important benefit to sites with a large installed user base.

PCI Express Interface, 512-bit, 256 MB (GDDR3 SDRAM)

Introducing the ATI FireGL V7200 with Avivo™ Technology - high-end graphics acceleration for complicated 3D models, large data sets, and high definition textures. The FireGL V7200 delivers industry leading features and performance for the most demanding workstation users running OpenGL and DirectX based applications.

Matrox MGA G450 VPU, PCI Interface, 32-bit, 32 MB (DDR SDRAM), Max Res: 100 Hz @ 2048 x 1536

If you are looking to run up to two displays, the Millennium G-Series is equipped with an array of features that offer the business desktop, back office user with exceptional graphics performance without compromising stability and reliability. Including third-generation DualHead® display technology, outstanding 2D performance, DVI-I support, and explosive Windows desktop acceleration, the Millennium G-Series is supported by unified and WHQL-certified drivers that offer rock-solid performance and that deliver Matrox renowned, crystal-clear image quality. Equipped with 32 MB of graphics memory, UltraSharp 360 MHz RAMDAC and support for dual-RGB, TV output and DVI output, the Millennium G-Series is available in AGP, PCI and PCIe bus architecture and can accommodate both ATX and Low-profile systems. Compact and flexible, the Millennium G-Series will meet all corporate multi-display 2D graphics needs.

FireMV 2250 VPU, PCI Express Interface, 256 MB (DDR2 SDRAM)

ATI's FireMV multi-view 2D workstation acceleration cards are designed exclusively for the financial and corporate marketplaces. FireMV products ensure system compatibility and investment protection. Look to the FireMV series to realize all the core benefits.

FireMV 2200 VPU, PCI Interface, 64 MB (DDR SDRAM)

The FireMV design utilizes passive cooling for a higher mean time between failures (MTBF) providing greater reliability. Its inherently lower power consumption helps reduce the overall power load without sacrificing performance - an increasingly important benefit to sites with a large installed user base.