Graphics Processing Unit (GPU)
Graphics Processing Unit (GPU)
Graphics processing technology now has the highest awareness and influence on new technologies and computing. The latest graphics processing units (GPUs) provide up exciting opportunities in gaming, content creation, machine learning, and other areas of information technology.
GPUs were originally designed to accelerate the rendering of 3D graphics. Over time, they became more flexible and programmable, enhancing their capabilities. This allowed graphics programmers to create more interesting visual effects and realistic scenes with advanced lighting and shadowing techniques. Other developers also began to tap the power of GPUs to dramatically accelerate additional workloads in high performance computing (HPC), deep learning, and more.
GPUs are classified into two types: integrated and discrete. An integrated GPU is integrated with the CPU instead of mounted on its own standalone card. A discrete GPU is a separate chip installed on its own circuit board and often connected to a PCI Express slot.
Use cases Of GPU
GPUs have been employed in a variety of structures according to their requirements.
- Gaming
In today's world, video games are more computationally powerful, with hyperrealistic graphics. With improved display technology such as 4K frames and high refresh rates, as well as the popularity of virtual reality games, graphics processing requirements are increasing at a faster rate. GPUs can generate graphics in both 2D and 3D formats. Games can be played at higher resolutions and frame rates, with improved visual performance.
- Machine Learning and AI
GPUs are now capable of a wide range of tasks, including deep learning and artificial intelligence (AI). Because GPUs have substantial processing capacity, they may provide significant acceleration in workloads that benefit from GPUs' highly parallel nature, such as image recognition. Many of today's deep learning solutions depend on GPUs collaborating with CPUs.
Deep learning algorithms have been altered to take advantage of GPU acceleration.
Acceleration improves the performance of these algorithms while also reducing the training time for real-world scenarios to a realistic and sustainable level.
- Video Editing
Graphics Card or a GPU is very important when editing and rendering 4K and 8K videos as it significantly improves the video editing experience by utilizing hardware acceleration technologies. rendering and navigation through a timeline are faster when using modern video editing software and a powerful GPU. Even when editing a 1080p video project, export times will be faster, especially when using NVIDIA graphics with lots of CUDA cores.
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