5 Amazing Benefits of Intel Arc GPUs

Your device’s GPU is responsible for processing visual data, including images, effects, and movies. Intel Arc is a line of specialized graphics processing units. To compete with AMD and Nvidia, Intel has released a series of graphics components. The PC market as a whole is vital to the success of the Intel Arc series, specifically the laptop and desktop computer markets. In the laptop market, GPUs tend to be compact and mobile, while desktop PCs typically use the larger Intel Arc cards.

Today we will take a look at 5 amazing benefits of Intel Arc GPUs, keep reading this blog to know them.

Xe-HPG Technology

Since the Xe-HPG microarchitecture design is so flexible, Intel can produce a wide range of configurations, from ultra-efficient low-power processors to powerful enthusiast-level solutions. This opens the door for Intel to produce many cards based on the same microarchitecture, which might result in various prices for Intel’s next Arc graphics processing units (GPUs). Direct X 12 Ultimate and Vulkan are both supported by the Xe-HPG GPU. It also has a Ray Tracing Unit that works with DirectX Ray tracing and Vulkan RT. This assures compatibility between Intel’s next GPU and cutting-edge gaming hardware.

Hyper Encode Deep Linking

Hyper Encode is a feature of Intel’s Deep Link technology that allows it to generate frames using both the integrated GPU of the Intel CPU and the standalone Intel Arc graphics card. It can also handle video and picture tasks utilizing the CPU and GPU AI technologies. To further improve performance, Deep Link enables the system to automatically transfer power between the CPU and GPU. In this way, your system can allocate resources where they are most needed, whether you’re playing a game that taxes the graphics processing unit (GPU) or producing code at maximum speed. Consequently, your laptop’s battery will last longer, and you’ll be able to use it more often.


With Intel Arc and XeSS, you may increase your display’s resolution without sacrificing framerate in games. Because of this, 1080p footage may be upscaled to 4K quality with no noticeable drop in frame rate. Numerous games have already included this technology, and more are on the way. Game developers like PUBG Studios and Ubisoft support it as well. With a neural network, XeSS can provide upscaled images that look almost as good as they would in native 4K. This network compiles subpixel information from neighbouring pixels and prior frames to get optimal results.

Ray Tracing

The ability to do ray tracing is the standout function of the new Intel Arc GPUs. Intel has often said that ray tracing was a design goal when developing the Arc graphics cards, which were built from the ground up to make use of DirectX 12’s features. Furthermore, the Intel Arc GPUs enable new DirectX capabilities like variable-rate shading, mesh shaders, and sampler feedback.

AV1 Encoding

The addition of AV1 encoding is another exciting new feature of the Intel Arc platform. You can compress and decompress videos using AOMedia Video 1, or AV1 for short. Because of its compression capabilities, AV1 supposedly eliminates performance difficulties like stuttering in live video streams. This video codec’s main selling point is that it is free of both licensing fees and development costs.

Additional Benefits of A GPU

  • It is common knowledge that adding a graphics card may significantly improve overall system performance. To handle all the visual processing, it has its own GPU. As a result, it may work independently of the central processing unit. Because of its central role in the system, a CPU that isn’t always under duress may boost performance for the complete machine.
  • With anti-aliasing, extra pixels are added to a display in order to smooth out any visual flaws. This effect, known as aliasing, occurs when a low-resolution picture has jagged edges, which appear as stair-like patterns. The inability of the system to differentiate between signals causes this. A graphics card can fix this issue and provide a far better picture. A GPU is able to distinguish between signals by learning to recognize polygons and textures.
  • Graphics cards are an absolute must for every serious gamer, but even casual players may benefit from the addition of even a low-end graphics card. The reason is even the most basic dedicated graphics card can outperform an integrated graphics solution.
  • Driver support from the graphics card can become superior to that of the integrated graphics. This is especially handy when dealing with updated software or a modern operating system. When developing graphics software or other system software, this is also helpful.


Intel’s newest graphics cards attempt to provide some much-needed respite to the overheated, undersupplied GPU market with support for hardware-based ray tracing, DirectX 12 Ultimate, and its new XeSS upscaling engine. New graphics processing units (GPUs) from Intel Arc will boost competition and lead to cheaper, higher-performing video cards.