In the course of our testing, we collected a bunch of other interesting info about the many VRR models available. For instance, 55% have a maximum VRR refresh rate below 75Hz, so if you like to game with a higher framerate, perhaps for a competitive edge, VRR will never activate, so you’ll always have tearing, or will always have V-SYNC enabled to avoid tearing, which increases input latency, making gameplay feel less responsive.
Percentage of Monitor Models by Refresh Rate |
Refresh Rate (Hz) |
G-SYNC |
G-SYNC Compatible |
Adaptive-Sync |
>144 |
50% |
39% |
4% |
76 - 144 |
41% |
58% |
41% |
<75 |
9% |
3% |
55% |
Note: All G-SYNC and G-SYNC ULTIMATE displays activate G-SYNC VRR from 1Hz to the display’s max refresh rate, whereas G-SYNC Compatible and Adaptive-Sync displays only activate VRR in a specific refresh rate range
With GeForce RTX graphics cards delivering high levels of performance in the latest titles, such as Apex Legends, Mordhau, Rage 2, and World War Z, our testing showed that gamers buying displays with VRR refresh rates that max out at 75Hz will in fact spend the majority of their time gaming without any VRR. For that reason, we instead recommend that high refresh rate gamers buy G-SYNC or G-SYNC ULTIMATE displays that operate from 1Hz to the display’s maximum refresh rate, or G-SYNC Compatible displays with higher maximum VRR refresh rates, and wider VRR ranges.
For G-SYNC Compatible displays, we also noted the maximum refresh rates during testing, and the breakdown of passes and fails: over 300 failed monitors had a max 75Hz refresh rate or lower, and/or super slim VRR ranges, only 3 monitors that passed reached 120Hz, and the majority of the others had a refresh rate of 144Hz or higher. However, 76% of these higher refresh rate G-SYNC Compatible monitors run at only 1920x1080, limiting game detail and clarity.
Furthermore, the majority of G-SYNC Compatible monitors use TN displays, limiting fidelity, pixel response times, viewing angles, color accuracy, and a multitude of other display facets.