Here, video games have become more computationally intensive, with hyper-realistic graphics and vast, complicated in-game worlds. Thus, with advanced display technologies, such as 4K screens and high refresh rates and the rise of virtual reality gaming, graphics processing demands are growing fast. The GPUs are capable of rendering graphics in both 2D and 3D. With better graphics performance, games can be playing at higher resolution, faster frame rates, or both.
GPUs for the Video Editing and Content Creation:
Here, for years, video editors, graphic designers, and other creative professionals have struggled with long-rending times, which tied up computing resources and stifled creative flow. The GPUs’ parallel processing makes it faster and easier to render video and graphics in higher-definition formats. Hence, modern GPUs have dedicated media and display engines, which allow for much-more-power-efficient video creation and playback. First, you have to know what is GPU scaling by clicking the link here.
GPU for the Machine Learning:
Here, some of the most exciting applications for GPU technology involve AI and machine learning. Hence, GPUs incorporate an extraordinary amount of computational capability. It can deliver incredible acceleration in workloads that take advantage of GPUs’ highly parallel nature, such as image recognition. Thus, many of today’s deep learning technologies rely on GPUs working in conjunction with CPUs.
Intel GPU Technologies:
Here, Intel has long been a leader in graphics processing technology, especially when it comes to PCs. The most recent Intel Iris Xe graphics and Intel UHD Graphics integrating into the Intel Core processors have 11th Gen, which support 4K HDR, 1080p gaming, and other great visual experiences.
Hence, Intel will release the first Xe-based discrete GPU, which will provide enormous performance gains in graphics and video performance in 2020. Thus, we can serve an even more comprehensive range of use cases and deliver the processing power users expect by expanding the portfolio.
GPUs in the Data Center:
Here, Intel supports fantastic visual experiences with integrated graphics in Intel Xeon processors in the data center. Hence, Intel has announced that it will expand its portfolio to include GPUs targeted at data center applications starting in 2020. Here, we expect Intel discrete GPUs to provide unique functionality for applications in fast-growing areas, including rich media, graphics, and analytics, complementing our existing solution portfolio.
What Are The Integrated Graphics?
Here, Integrated or shared graphics built onto the same chip as the CPU. Individual CPUs can come with a GPU built-in versus relying on dedicated or discrete graphics. Hence, sometimes referred to as IGPs, or integrated graphics processors, they share the memory with the CPU.
Here, the Integrated graphics processors offer several benefits. Hence, the integration with CPUs allows them to deliver space, cost, and energy efficiency benefits over dedicated graphics processors. They will bring the power to handle graphics-related data and instructions for everyday tasks like exploring the web, streaming 4K movies, and casual gaming.
Here, such an approach is often employing with devices for which a compact size and energy efficiency are essential, such as laptops, tablets, smartphones, and desktops.
Accelerating Deep Learning and AI:
Here, the GPUs run a growing number of workloads, such as deep learning and artificial intelligence (AI). For in-depth learning training with several neural network layers or massive sets of specific data, like 2D images, a GPU, and other accelerators are ideal. Thus, the combination of CPU and GPU, along with sufficient RAM, offers an excellent testbed for deep learning and AI.
Decades of the Leadership in CPU Development:
Here, Intel has a long history in CPU innovation, beginning in 1971 with the introduction of the 4004, the first commercial microprocessor wholly integrated into a single chip.
Thus, Intel CPUs let you build the AI you want, where you want it, on the x86 architecture you know. Here, from high-performance Intel Xeon Scalable processors in the data center and cloud to power-efficient Intel Core processors at the edge. Hence, Intel delivers a CPU to match any need.
Here, Intel now looks to bring its CPU and integrated GPU experience to the development of dedicated GPUs. Thus, Intel expects to introduce its first discrete Intel GPU to provide a full portfolio of CPU and GPU options, equipping you with the necessary tools for your evolving computing needs.