The NVIDIA GF100 is a graphics processing unit (GPU) that was part of NVIDIA's Fermi architecture. It was used in the GeForce 400 series of graphics cards, released in 2010. The GF100 was a significant milestone for NVIDIA, as it introduced several new features and technologies.
Key characteristics of the NVIDIA GF100 GPU include:
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CUDA Cores: The GF100 featured a large number of CUDA cores, typically ranging from 448 to 512 CUDA cores, depending on the specific model.
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DirectX 11 Support: It supported DirectX 11, enabling compatibility with the latest games and applications with advanced graphical features.
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GDDR5 Memory: These GPUs generally came equipped with GDDR5 memory, providing high memory bandwidth for improved performance.
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Performance: The GF100 GPUs offered strong gaming performance, making them suitable for gaming at 1080p and even 1440p resolutions, depending on the specific model and game.
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Compute Capability: The GF100 GPUs were known for their compute capabilities, making them suitable for scientific and computational workloads.
While the NVIDIA GF100 GPUs were powerful for their time, they were also known for their relatively high power consumption and heat generation. Today, they are considered outdated, with more modern GPUs offering significantly better performance and energy efficiency.
