Desktop GPU Graphic Card is specially designed for high performance graphics processing:
1. Powerful Graphics Processing: Desktop GPU Graphic Card has powerful graphics processing capabilities that can support accelerated graphics and video processing to enhance work efficiency, which is also essential for improving gaming experience and accelerating video editing and rendering process.
2. Higher performance: Desktop Graphics Cards of the same model usually outperform notebook graphics cards by more than 10%, because Desktop GPU Graphic Card has no power consumption limitations and can provide higher core frequencies.
3. Larger Video Memory: Desktop GPU Graphic Cards typically have larger video memory, which allows them to handle larger graphics data and support more graphics effects.
4. Better Thermal Dissipation: Desktop GPU Graphic Cards usually have a better thermal design, which allows them to maintain consistent performance over long periods of time.
The working principle of Desktop GPU Graphic Card mainly includes the following steps:
1. Vertex Processing: Desktop GPU Graphic Card first converts the 3D model to 2D graphics and determines the color of each pixel point.
2. Rasterization calculation: Desktop GPU Graphic Card uses rasterization calculation to convert a 2D graphic into a 3D graphic and determine the depth of each pixel point.
3. Texture Mapping: The Desktop GPU Graphic Card uses texture mapping techniques to map 2D textures onto 3D models to add realism to the graphics.
4. Pixel Processing: Desktop GPU Graphic Card uses pixel processing techniques to convert three-dimensional graphics to two-dimensional images and output them to the monitor screen.
Overall, desktop GPU graphics cards offer a better graphics experience with powerful graphics processing, higher performance, larger video memory and better thermal design.
Boluo Xurong Electronics Co., Ltd.
Contact Now