In the evaluation of AMD RX 6650 XT, we have experienced amd FSR 2.0 super-resolution technology in detail. Both image quality and performance have made a qualitative leap over FSR 1.0, and even surpassed NVIDIA DLSS 2.0 The level of X. More specifically, FSR 2.0 supports not only AMD's own graphics cards, but also NVIDIA and Intel's graphics cards. Tom's hardware has experienced it on Intel's core display.
Two notebooks were used in the test. One is equipped with i7-1165g7 . The core display is iris Xe with 96 units. At present, it is still the highest level of core display. There is no bottleneck with 16GB lpddr4x-4267 memory.
The other is equipped with i7-1065g7 , and the core display is also 96 units, but it is still the old architecture, and the memory is only lpddr4x-3200.
At present, FSR 2.0 game has only one "death cycle", which has not been optimized for NVIDIA and Intel. After startup, it will be prompted that it is not supported, and the loading on the core display is very slow. It takes about 4.5 to enter the level with 720p resolution and low image quality, which is almost thought to have crashed.
What's worse, the optimization of the game by Intel Core display itself is also very poor, you can often see rendering and mapping errors**
The test includes four links: native, TAA anti aliasing + CAS sharpening, FSR 1.0 performance mode and FSR 2.0 performance mode.
In iris Xe core, the average native setting is 27.5fps, which is barely close to the fluency threshold. TAA + CAS has declined. FSR 1.0 exceeds 33fps, and FSR 2.0 can also be close to 32fps, which is about 16% higher than the native setting
The performance changes of the old nuclear display are similar, but it is too slow, and the FSR 1.0 is less than 15fps.
In terms of image quality, the original image sawtooth can be seen everywhere. FSR 1.0 can basically eliminate it, but it is very fuzzy, a bit like the earliest DLSS.
FSR 2.0 is completely different. It not only eliminates most of the sawtooth, but also the sharpness of the picture is closer to the original