NVIDIA announced that it will soon be available to the RTX 40 series, which is introduced with RTX 50 series graphics cards. For those who do not know, this technology will offer a more fluent experience in the games with artificial intelligence -supported square. So will it come to the RTX 30 series? Details in our news…

NVIDIA’s new “Smooth Motion” technology comes to the RTX 40 series: Here are the advantages

Smooth Motion is actually a system based on the transformer large language model and multi -square production (MFG) technology used in DLSS 4. Thanks to MFG, the FPS ratio can be increased up to 8 times by producing three more frames for each square existing. However, DLSS 4 can only benefit from this advantage because it is special for the RTX 50 series.

Nevertheless, NVIDIA has developed an alternative for the RTX 40 series that offers wider compatibility. Smooth Motion, DX11 and DX12 -supported games, increases the square speed with artificial intelligence -supported and makes games more fluent. It is also said that the technology resembles AMD’s AFMF (AMD Fluid Motion Frames) system. However, it is emphasized that it does not offer advanced image quality as DLSS and may cause artificial visual errors in some cases.

Delay in games end to trouble! NVIDIA Reflex 2 is coming

Reflex 2 technology, which reduces NVIDIA’s delay in games by 75 percent, can be used with RTX 50 series graphics cards.

Will the RTX 30 series get support?

For now, the Smooth Motion will only be available to RTX 50 and RTX 40 series graphics cards soon. NVIDIA has not yet announced whether to add support for the RTX 30 series. However, the presentation of artificial intelligence -supported square production to previous generation cards may be an important development for the owners of this series.

NVIDIA did not give a definite date on when to offer Smooth Motion’s RTX 40 series. However, we expect the company to release the update with a driver package in the coming months. What do you think about this? You can write your opinions in the comments section below…