Intel Arc GPU Graphics technology offers you great performance capabilities, upgradation in image quality, expanded functionality for sharing and using content. This technology allows you to stream games with the help of Hyper Encode and AV1 Encode support. The Intel Arc GPU offers 60 frames-per-second capabilities at the settings of 1440p. This offers a room to tackle competitive titles and upcoming modern games. Plus, Intel Arc Graphics drivers provide 43% more whooping FPS (frames per second) than launch drivers. This eases the quality of gameplay with the improvement of frames up to 60%.
To dig more insights, read on:
Support for DirectX 12 Ultimate:
DirectX 12 Ultimate is the latest version of Microsoft’s graphics API, and it includes a number of new features that can improve the performance and visual quality of games. Intel Arc GPUs are the first to support DirectX 12 Ultimate, and this should give them a performance advantage over older GPUs that don’t support the API.
Deep Link Acceleration:
Intel Deep Link technology is hyper-encoded. It uses Intel’s integrated GPU to render frames. Fortunately, it can also use AI technology of both processor and GPU to process videos and load graphic-intensive images. Deep Link technology lets the system route power between GPU and CPU intelligently. It boosts the performance of your device by delivering energy whenever needed. So, you don’t need to worry about your laptop’s performance, as whether you’re playing a GPU-intensive game or maximizing your processor compiling code, your system will get the power where it needs it. This provides better battery life and allows you to use your laptop for an extended period.
Hardware-accelerated ray tracing:
Raytracing is a new technology that can be used to create more realistic and immersive graphics in games. Intel Arc GPUs are the first to support hardware-accelerated ray tracing, which means that they can handle the computationally intensive calculations required for ray tracing without slowing down the game.
Xe Super Sampling:
XeSS is Intel’s own upscaling technology that is similar to Nvidia’s DLSS. This graphics technology is still in development. XeSS has the potential to be a powerful tool in near future. The AI upscaling feature of Intel is known as XeSS(Xe super sampling). XMX engines power this technology. Intel’s architecture is based on the DirectX 12 feature set, which emphasizes upscaling and deep AI imaging. It offers room for AI upscaling and ray-tracing, and classic rasterization performance.
AI upscaling:
AI upscaling is a new technology that can be used to improve the resolution of video games. Intel Arc GPUs support AI upscaling, which means that they can make games look sharper and more detailed without requiring a higher-resolution display.
AV1 hardware encoding:
AV1 is a new video codec that is becoming increasingly popular. Intel Arc GPUs are the first to support hardware-accelerated AV1 encoding, which means that they can encode videos in AV1 format much faster than older GPUs.
Variable rate shading(VRS):
Variable rate shading is a new technology that allows GPUs to dynamically adjust the shading rate of different parts of a scene. This can improve performance without sacrificing visual quality. Intel Arc GPU supports variable rate shading, which means that they can deliver better performance in games that support this feature.
DirectStorage:
DirectStorage is a new API that allows games to access storage devices directly. It bypasses the operating system. DirectStorage can improve loading times and performance in multiple games. Simply, gamers can take advantage of this new function in games which need more space.
Intel Iris Xe Graphics:
 Intel Iris Xe Graphics is the integrated graphics solution. It is present in Intel’s latest CPUs. Iris Xe Graphics is a powerful integrated graphics solution that can deliver good performance in games and other demanding applications.
Intel Arc Control:
 Intel Arc Control is a new software application that allows users to manage their Intel Arc GPUs. It includes a number of features, such as performance monitoring, overclocking, and driver updates.
Bottom Line:
In conclusion, the Intel Arc GPU Graphics technology offers impressive performance capabilities, enhanced image quality, and expanded functionality for content sharing and utilization. With features like Hyper Encode and AV1 Encode support, users can enjoy seamless game streaming experiences. The Intel Arc GPU provides 60 frames-per-second capabilities at 1440p settings, making it suitable for competitive and modern games. Additionally, Intel Arc Graphics drivers offer a significant improvement in frames per second, enhancing the overall gameplay quality.
The support for DirectX 12 Ultimate gives Intel Arc GPUs a performance advantage over older GPUs by incorporating new features that enhance game performance and visual quality. The Deep Link Acceleration technology intelligently allocates power between the GPU and CPU, optimizing device performance and battery life. The inclusion of hardware-accelerated ray tracing allows for more realistic and immersive graphics in games.
Intel’s Xe Super Sampling (XeSS) technology, currently in development, has the potential to become a powerful upscaling tool. The support for AI upscaling enhances the resolution and detail of video games, while hardware-accelerated AV1 encoding enables faster video encoding. Variable rate shading (VRS) and DirectStorage further improve game performance by dynamically adjusting shading rates and enabling direct access to storage devices.
Intel Iris Xe Graphics, Intel’s integrated graphics solution, offers solid performance for gaming and demanding applications. To manage the Intel Arc GPUs, users can utilize the Intel Arc Control software application, which includes features such as performance monitoring, overclocking, and driver updates.
Overall, the Intel Arc GPU Graphics technology provides a comprehensive suite of features and capabilities, positioning it as a competitive option in the gaming and graphics market.
Undoubtedly, Intel Arc GPU offers a range of functions like Iris graphics capabilities, specialized XeSS technology, DirectStorage, VRS(Variable Rate Shading) potential etc. This provides a room to perform a range of resource-intensive activities like gaming, video editing, designing etc.
