Part | RoHS | Manufacturer | Brand Name | Product Line | Product Model | Product Type | Limited Warranty | Product Series | Product Color | Environmental Certification | Environmentally Friendly | Depth | Form Factor | Width | Energy Star | Weight (Approximate) | Height | Product Name | Country of Origin |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
NVIDIA Corporation |
NVIDIA |
Graphics Computing System |
DGX |
518 mm |
256 mm |
88 lb |
639 mm |
DGX Graphics Computing System |
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NVIDIA Corporation |
NVIDIA |
Graphics Computing System |
DGX-1 |
866 mm |
444 mm |
134 lb |
131 mm |
DGX-1 Graphics Computing System |
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NVIDIA Corporation |
NVIDIA |
GRID |
VCA |
Graphics Computing System |
Rack-mountable |
GRID VCA Graphics Computing System |
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NVIDIA Corporation |
NVIDIA |
Graphics Computing System |
DGX-1 |
866 mm |
444 mm |
134 lb |
131 mm |
DGX-1 Graphics Computing System |
Graphics computing systems are specialized hardware configurations designed to handle intensive graphical computations. These systems are commonly used in applications such as gaming, multimedia production, scientific visualization, and virtual reality. At the core of a graphics computing system is the graphics processing unit (GPU), a highly parallelized processor optimized for rendering and manipulating images. Unlike traditional CPUs, which excel at sequential processing tasks, GPUs are designed to perform numerous calculations simultaneously, making them ideal for parallelizable workloads like rendering 3D graphics or training neural networks. Graphics computing systems often feature dedicated graphics memory, advanced rendering techniques, and specialized programming interfaces to maximize performance and visual fidelity.