4K resolution is far from enough: Nvidia GeForce RTX 4090 achieves 13K resolution

Where are the limits NVIDIA GeForce RTX 4090 – Aside from burning cables? The reformer has now begun a great experiment. In Genshin Impact, raise the resolution as much as possible with maximum graphics quality. 13k in it.

The RTX 4090 should handle 180 megapixels per frame

No, the test by a YouTuber golden reviewers With the RTX 4090 that doesn’t mean high-end games are jumping to 13K resolution anytime soon, without exception. Test object Genshin Impact, as a mobile game with a branch of PC hardware, is far from noticeably more complex titles with their own hardware requirements. However, the reformer takes over the game at regular intervals to determine how far performance values ​​can be pushed up with new hardware.

as such PC games According to the report, YouTube drew attention to itself at the beginning of October with a video that showed the title in 7K resolution, 6880 x 2880 pixels to be exact. The RTX 4090 is still capable of hitting three-digit FPS numbers at its maximum graphics settings and 1:1 display resolution.

Now the golden reviewer is back with a new record. Genshin Impact works in it at a resolution of 13760 x 5760 pixels, also at maximum settings, but even at a resolution of 1.5. As the inventor reckons, the RTX 4090 has an impressive per-frame rendering job: 13.760 x 5760 x 1.5 x 1.5 = 178.32 megapixels. However, the system no longer manages more than 30 fps at this setting.
RTX 4090 stays in the 400W range

nice to look at

Then the YouTuber uses a fairly simple way to explain the impact of such a decision on the level of detail – after all, no one currently has a 13K screen on hand. Even at a zoom level of 500 percent, the screenshots of the game still show the smallest details and there are no traces of rendering. It should also be noted that the RTX 4090, designed for up to 600 watts, never exceeded 430 watts in this test.

See also:

Gaming, Nvidia, Gpu, Graphics Card, Graphics Cards, Graphics Chip, Raytracing, GeForce RTX 4090, Ada Lovelace, TSMC N4
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