semiconductor diode
I PURPOSE OF REPORT This report will compare Voodoo5 5500 with NVIDIA's Geforce2 Ultra to determine which accelerator provides the best performance. Both companies' accelerators share the same goal, to bring the highest visual quality possible. Although both companies share the same goal, their approaches are extremely different. Cost will also be addressed. The following features will be examined: - Dual 3dfx VSA-100 - T-Buffering - Fill Rate - 32-bit Z-Buffer/Stencil - Synchronous dynamic random access memory - 32-bit Color II 3D IMAGING 3D objects are created by connecting two-dimensional polygons. Objects appear to be 3D dimensional because the computer calculates the necessary angles to give the illusion of depth. The computer then assigns a give texture to each object, textures are the covering of the object. Like in the real world, different textures have different properties, like color, luster, opaque, etc. These objects are then displayed on the computer's monitor. M!any 3D objects can be combined to create a 3D environment. A 3D environment is the computers generation of a make believe world. When the camera, the point of view within the 3D world, moves, the computer calculates the height, width, depth and the lightin
What is 3D? The first dimension is a line. com/WhatIs_Search_Results_Exact/1,282033,,00. 250MHz GeForce 250MHz GeForce processor can render 31 million triangles per second . This tends to increase the number of instructions that the processor can perform in a given time 32-bit Colo!r The Voodoo5 5500's dual 3dfx VSA-100 chips support full 32-bit color accuracy, meaning that is can display approximately 32 thousand different colors on your monitor. Synchronous DRAM (SDRAM) is a generic name for various kinds of dynamic random access memory (DRAM) that are synchronized with the clock speed that the microprocessor is optimized for. III VOODOO5 5500 The Voodoo5 5500 is 3Dfx's latest 3D accelerator. The dual VSA-100 chips are able to deliver a maximum 2D rendering ability 2048 pixels by 2048 pixels, displaying amazing detail of 2D images. This allows movement in all directions, up, down, left, right, forwards and back. Not only will the objects and characters be complex, but many more can exist. Unfortunately with the processor on the card this is not possible. DDR allows for data to be fetched on both the rising and falling edges of the clock thus doubling the effective transfer rate of the clock, the ability at which the memory is able to collected by processor. The 3D processor(s) then use primitive polygons to perform calculations (Z-Buffering, FFSAA, etc.
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Acceptance Essays
