Intel's new generation of Core processors will bring a major breakthrough in core graphics. First of all, in terms of processor process, the Core UltraMeteorLake will use the Intel4 process, which is the first time that Intel has adopted the EUV lithography process, which has higher transistor performance. It is said that the performance per watt will increase by about 20%1, resulting in better performance for users.
The introduction of the XELPG architecture is also one of the keys to this upgrade. As a low-power version of the ARCA-series discrete graphics cards, the XELPG architecture will feature 64 Execution Units (EU) or 512 Computing Units (ALUs). This enables the new generation of core graphics to have the ability to support advanced features such as DX12 Ultimate, **1 codec, etc. This means that users can enjoy higher graphics rendering performance and a smoother multi** experience.
In addition, the new Core processors feature a range of advanced technologies, such as DX12 Ultimate, an advanced graphics API that integrates features such as ray tracing, variable rate shading, and deep learning Xi Super Resolution. At the same time, the Core processor also supports **1 codec technology, which is a new generation of **codec standard, which is designed to provide higher compression efficiency and a better visual experience. Coupled with the addition of Xess Super Resolution technology, users will be able to enjoy better visual effects in gaming and audio-visual entertainment.
According to the news leaked on the Internet, the arrowlake released at the end of 2024 will be Intel's next-generation core graphics processor. Compared to the previous generation, Arrowlake will continue to use the Intel4 process, and for the first time, the Intel20A process and the TSMC N3 process will be introduced to further improve the performance of the processor.
In the new generation of GPUs, the XELPG architecture will be upgraded to XELPGplus, which is an enhanced version of XELPG. It will be equipped with 128 execution units (EU) or 1024 arithmetic units (ALUs), which will greatly improve the performance of the GPU compared to the previous generation.
Not only that, Arrowlake's core display will also add XMX units for addition, multiplication, and other numbers. This feature enables the GPU to more efficiently support Xess superresolution technology, providing clearer and more realistic images. At the same time, the GPU can also execute DPAS (Point Accumulation and Contraction) instructions, further improving the computing speed and efficiency of graphics processing.
It should be noted that although Meteorlake's GPUs can also support XESS technology, it lacks the limitations of hardware units and can only be implemented through DP4A instructions, which is slightly less efficient than Arrowlake's XMX units. Therefore, for users who are looking for higher image quality and a smoother gaming experience, the latest generation of core graphics is undoubtedly a better choice.
After 2025, Intel will launch a new generation of Core processors called Lunarlake. It is worth noting that Lunarlake will be upgraded to the Intel18A process, which is equivalent to 18nm process level. This further downsizing process technology will result in higher performance and power efficiency for the processor.
While Lunarlake's core graphics architecture is not yet known, it is possible that the Xelpg architecture will continue to be used, or presented with greater improvements. In any case, Lunarlake, as Intel's next-generation Core processor, is bound to make breakthroughs in performance, power consumption, and graphics performance.
Through this revelation of Intel's next-generation core graphics, we can see that Intel has made great progress in nuclear graphics. The XELPG architecture is introduced to the Core processor, making it more capable of graphics rendering and multi-processing. At the same time, the new generation of processors supports DX12 ultimate, **1 codec and XESS super-resolution and other technologies to provide users with a better gaming and audio-visual entertainment experience.
In the future, with the release of Arrowlake and Lunarlake, Intel's core graphics will continue to be upgraded and equipped with more advanced technologies and features. This will allow Intel's Core processors to compete with the integrated RDNA3 core graphics of the rival Amdryzen 7000, and in some cases can even replace the most advanced discrete graphics card.
This is good news for gaming enthusiasts and an important breakthrough for Intel in the GPU space. In the future, we can expect further evolution and innovation of Intel core graphics to bring users a better visual and performance experience.