Intel is a pioneer in Computer graphics, both integrated and discrete. It is best recognised for its CPU expertise. Laptops built by Intel, particularly those designed for gaming or video editing, are commonplace in the consumer market. They provide visually stimulating content with vivid colours and high frame rates. They claim to accomplish so while generating less heat and using fewer resources than rival solutions. Intel’s newest high-end consumer graphics line is called Intel Arc. With much enthusiasm, it was released to an audience of competitive gamers, content makers, and others.

We will talk about 7 features that make Intel Arc GPUs stand out in this blog. Continue reading to find out more about them.

1. AI-Enabled Editing

From live streaming advancements to automated picture and video editing, the most recent Intel Arc GPUs provide PCs with AI-enabled capabilities that empower everyone to create like a pro. You get high-quality picture upscaling with AI-enhanced detail enhancement for crisp and lifelike graphics. Using photo-editing capabilities such as automated topic selection and content-aware fill, you can also save time. It allows you to get the exact picture you need using software that automatically identifies photographs depending on their subject matter. This also enables streaming and videoconferencing with blurred backgrounds in ultrathin form factors. Thus, you can use technology that reduces audio disturbances intelligently in order to conduct more effective videoconferencing.

2. Intel Deep Link Technology

Intel Arc graphics allow you to take advantage of the enhancements made possible by Intel Deep Link technology in a wide range of applications. By moving, demanding streaming tasks to auxiliary engines, you can get the most out of your Intel Arc graphics for gaming. It frees up your specialised graphics processor, so you can achieve higher frame rates. You accomplish all this while streaming and recording chores like Virtual Green Screen, Auto-Frame, Crisp Stream, and Auto Game Highlights are offloaded. All you need is a computer or laptop with an Intel graphics processor and the ability to use Intel’s Deep Link technology, and you’re ready.

3. Hyper Encode

Hyper Encode shortens the time it takes to export your project, letting you make the most of your productive time. All of this is made conceivable as a result of the many media engines that are included in the Intel Core CPU and the Intel Arc graphics. They provide complementary functions inside the computer system that you use, whether it is a laptop or a desktop. Hyper encode quickens the encoding process by using the parallel processing capabilities of numerous media engines on Intel-based desktop and portable computers. Supporting AVC, HEVC, and VP9, it is capable of encoding 4K120 and 8K30 video.

4. Dynamic Power Share

With strategic use of available power, Dynamic Power Sharing may increase your task’s performance by transferring the processing load from the CPU to the GPU. Your Intel Core CPU and Intel Arc graphics share a single power envelope and get their respective shares of power according to a sophisticated algorithm. It gives it to the most deserving recipient. No matter what you’re doing on your laptop, from gaming to making, Dynamic Power Sharing will keep it performing at its best. Up to 30% higher performance is possible with the creation and computation heavy applications thanks to this enhancement.

5. Xe Super Sampling

Upscaling powered by artificial intelligence, XeSS (Xe Super Sampling) elevates your gaming experience to new heights. This opens the door to higher throughput with maintained picture quality. Take pleasure in high-performance, ultra-high-definition images. The hardware acceleration and AI-based algorithm make all of this possible. XeSS was made with accessibility for all players in mind, therefore it can run on any standard PC. With open standards used in its implementation, XeSS will be compatible with numerous titles. It’s worth noting that the XeSS algorithm can make use of the DP4a and XMX features of Xe GPUs to boost its speed.

6. DirectX 12 Ultimate

All Intel Arc graphics include complete support for DirectX 12 Ultimate, so you’ll be ready to drive the next generation of games. Efficiency in loading high-resolution textures allows you to explore complex 3D landscapes without interruption. This enhancement for texture streaming allows for effective management of textures by anticipating when they will be required in-game. This relieves strain on the GPU. When displaying a scene including numerous extremely complex objects, it drastically improves performance and picture quality. The geometry-rendering workflow is simplified by mesh shading. Consequently, developers may create more complex and dynamic environments.

7. Intel Arc Control Software

You’ll be in charge of your visuals with the help of Intel Arc Control. It has a built-in studio that lets you stream like an expert, control your graphics drivers, and fine-tune your system’s performance. You can stream your gaming, make custom virtual sets, build highlight reels automatically, and more using this studio. Auto-Frame cuts, frames, and focuses on you as you move freely. The webcam backdrop can be changed, eliminated, or added to with the help of the virtual background. Furthermore, you may blur the backdrop as it was shot in a professional studio.

Conclusion

Intel Deep Link Technology and Xe Super Sampling showcase the brains behind Intel Arc graphics. The new Intel Xe HPG microarchitecture underpins the Intel Arc graphics architecture. The latest advancements in the Xe family of processors are combined here. This allows for very efficient and scalable graphical functionality. You can benefit from AI-driven super sampling, ray tracing, and more implemented directly in the hardware.