What 3dcenter noticed is that in the official presentation video of Intel Arc Control the characteristics of the discrete graphics processor for desktop PCs could be shown for a split second:

Arc Control is a new Intel software for monitoring graphics processors for discrete graphic processors Arc Alchemist and XE IRIS. The presentation shows the various features of the new software, including the new performance tab for the monitoring of the graphics processor and some basic overclocking capabilities.

Such data as the power of the graphics processor or the core and memory frequency will be displayed either using the ARC Control software, or using the built-in screen overlapping, which can be included in the games. Intel repeatedly shows this tab in the video, but only for a second we can see the characteristics that do not correspond to any mobile graphical processor ARC, announced 2 days ago.

Judging by these two screen shots, the clock frequency of the graphics processor reaches 2200-2250 MHz when loading a graphics processor by more than 99%. It is safe to suggest that it is an acceleration of the new Intel XE-HPG graphics processor architecture.

However, the clock frequency of the graphics processor 2.2 GHz should not be exceptional for desktop graphics processors. The data from the GEEKBENCH portal about ARC A350M show that the GPU can achieve a similar frequency during the OpenCL test. Officially clock core frequency for this graphics processor is 1150 MHz, therefore, it is a base frequency, and 2.2 GHz - acceleration.

So, how do we learn that the video Arc Control shows the desktop GPU? That the power of the graphics processor is 175 W. None of the mobile parts represented by Intel has no such high power consumption. Only Arc A770M has the maximum power of the 50 W graphics processor, but theoretically, it can be higher thanks to the Intel Deep Link technology (which unlocks the unused power of the CPU for a graphics processor, such as NVIDIA Dynamic Boost).

Because it is only the power of the graphics processor, the other components of the desktop card will continue to add more energy, so the entire card can easily consume more than 200 W, predicts 3DCenter. It is not yet known, whether the power of the graphics processor Intel memory subsystem takes into account. However, such power of the graphics processor has leaked for some time for the SOC1 graphics processor (ACM-G10) for desktop components. Please note that there is a difference between TGP, TDP or GPU POWER indicators, but the Intel implementation details are not yet confirmed after the release of Arc graphic processors for desktop PCs.