Productivity approximately doubles FSR 3 technology has entered the market, and formally it is only supported by video cards from the Radeon RX 5000 if we talk about AMD cards. But the iGPUs in modern Ryzen APUs belong to the RX 7000 line, that is, they are suitable for the conditions. The author of the zWORMz Gaming channel tested the operation of FSR 3 on the Radeon 780M as part of the Ryzen 7 7840HS. Let us remind you that this iGPU is used in many of the latest portable game consoles. Frame generation in FSR 3 on iGPU Radeon 780M. […]
Productivity approximately doubles FSR 3 technology has entered the market, and formally it is only supported by video cards from the Radeon RX 5000 if we talk about AMD cards. But the iGPUs in modern Ryzen APUs belong to the RX 7000 line, that is, they are suitable for the conditions. The author of the zWORMz Gaming channel tested the operation of FSR 3 on the Radeon 780M as part of the Ryzen 7 7840HS. Let us remind you that this iGPU is used in many of the latest portable game consoles. [caption id="attachment_63219" align="aligncenter" width="780"] iGPU Radeon 780M[/caption] Frame generation in FSR 3 on iGPU Radeon 780M. Testing was carried out on the game Forspoken. By default, the Radeon 780M in Full HD at minimum settings provides about 30 fps. Enabling FSR 3 in Quality mode without generating frames results in a performance increase of approximately 40 fps. Adding frame generation to this allows the graphics core to provide the coveted 60 fps. If you set the FSR mode to Ultra Performance, you can achieve performance of 80-90 fps, although the image quality, of course, will suffer significantly. https://youtu.be/xpVTHxMUFZM Thus, for portable game consoles, FSR 3 with frame generation could be a small revolution. In addition, on small screens, the deterioration of the picture when activating FSR 3 is not so noticeable if it occurs in a particular game.
