UL has updated 3DMark to include a new feature test, one that demonstrates Intel's XeSS (a system equivalent to Nvidia's DLSS) in action. Not done any in-depth testing here, just run the benchmarks:
Ultra quality mode - http://www.3dmark.com/xess/1548
(XeSS Off = 30.16 FPS, XeSS On = 39.92 FPS, Performance difference = 32.3 %)
Quality mode - http://www.3dmark.com/xess/1552
(XeSS Off = 30.17 FPS, XeSS On = 48.96 FPS, Performance difference = 62.3 %)
Balanced mode - http://www.3dmark.com/xess/1557
(XeSS Off = 30.01 FPS, XeSS On = 57.61 FPS, Performance difference = 92.0 %)
Performance mode - http://www.3dmark.com/xess/1560
(XeSS Off = 30.07 FPS, XeSS On = 69.59 FPS, Performance difference = 131.4 %)
Testing was done on a GeForce RTX 2080 Super. You can read more about the test differences here:
support.benchmarks.ul.com
I'll upload some frame grabs in a bit.
Ultra quality mode - http://www.3dmark.com/xess/1548
(XeSS Off = 30.16 FPS, XeSS On = 39.92 FPS, Performance difference = 32.3 %)
Quality mode - http://www.3dmark.com/xess/1552
(XeSS Off = 30.17 FPS, XeSS On = 48.96 FPS, Performance difference = 62.3 %)
Balanced mode - http://www.3dmark.com/xess/1557
(XeSS Off = 30.01 FPS, XeSS On = 57.61 FPS, Performance difference = 92.0 %)
Performance mode - http://www.3dmark.com/xess/1560
(XeSS Off = 30.07 FPS, XeSS On = 69.59 FPS, Performance difference = 131.4 %)
Testing was done on a GeForce RTX 2080 Super. You can read more about the test differences here:
How to test Intel XeSS performance
The Intel XeSS feature test helps you see how Intel XeSS affects gaming performance. The test renders a scene two times to show the effect XeSS has on performance and image quality. The first run renders the scene at the output resolution with T...
support.benchmarks.ul.com
I'll upload some frame grabs in a bit.
