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3Dlabs Wildcat III 6110 Driver

Mainstream version of Wildcat with reduced memory size. Memory is divided to MB texture memory (64bit), 64MB Framebuffer. 3Dlabs is a registered trademark, and Wildcat, SuperScene, ParaScale and . Installing your Wildcat III or Wildcat III Graphics Accelerator Card. So, got this fancy for free- I guess old CAD cards aren't worth much? Anyway shoved it in the AGP pro spot. System starts, drives /seem/ to.


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3Dlabs Wildcat III 6110 Driver

Anybody know anything about the 3Dlabs Wildcat III 6110?

Driver version used in testing 5. To support this hardware intensive configuration, the Wildcat requires an AGP Pro 50 slot, with the bracket and heat sinks taking up the adjoining PCI slot.

Two DVI-I connectors provide a flexible configuration for supporting any combination of analog and digital monitors. The Wildcat also supports a maximum of Direct X 7. The boards are very similar, both shipping with MB DDR unified memory for frame buffer and textures. However, the has a slower 3Dlabs Wildcat III 6110, rated at 54 million triangles per second compared to 60 million triangles per second for the Interestingly, the Quadro4 is the first Quadro part that uses a physically different die than the GeForce, prohibiting the field upgrades that plagued older generations.


Though the general capabilities are similar to the GeForce4, the Quadro4 offers several additional features, most notably hardware antialiased lines and hardware overlay planes. They also support DirectX 8.

OpenGL 3D Graphics Boards - Page 6 of 13 - ExtremeTech

We spend a fair amount of words describing some of the basic problems we encountered with thecompared to other boards. Beyond the usual speeds and feed, the features table brings a few interesting points to 3Dlabs Wildcat III 6110. First, though the Radeon chipset is capable of full screen anti-aliasing, there is no way to enable this feature for 3Dlabs Wildcat III 6110, a capability promised in an upcoming driver release.

As shown in Figure 1, you can only enable 3Dlabs Wildcat III 6110 disable the overlay planes, force a copy swap, and wait for vertical retrace. In contrast, some of the controls offered by 3Dlabs include setting anti-aliased line quality, adjusting display list compilation execution, managing texture memory, setting accumulation buffer memory location, and enabling full screen anti-aliasing.

Also noteworthy was that the FireGL was the only board with an OpenGL rendering viewport smaller than the maximum display resolution. That is, you can run one OpenGL application in each monitor to the maximum single monitor resolution with no problem.

Nonetheless, if you foresee yourself wanting to do this, you should choose another 3Dlabs Wildcat III 6110. Sub-Pixel Precision Also significant is that the FireGL uses 4-bit precision during sub-pixel rendering calculations, which produced misalignment artifacts in 3ds max as shown in Figure 2.

In the interest of full disclosure, we should note that this model was supplied to us by 3Dlabs specifically for the purposes of performing this quality check. That said, neither of the Quadro 4 boards, which now feature bit precision, produced similar artifacts.

For Wildcat III both the geometry and render functions have been integrated on to one chip. Something to note on the Wildcat board configuration is the fact that there are two entirely separate pipelines, as in render chips -- the chips are scaleable. The pipelines can be used either to power two completely different displays Wildcat is one of the only boards to 3Dlabs Wildcat III 6110 able to render to two separate OpenGL targets or both pipelines can be used in conjunction with each other to render to one screen, thus doubling the pixel performance.


The multi-chip processing is actually done at a pixel level, so each render unit will be processing alternate pixels on each line of the display. The combining of these pixels is a digital process that takes place in 3Dlabs Wildcat III 6110 RAMDAC of the unit that is controlling the main display.

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