In an effort to determine if modern gaming requires maximum graphical settings to achieve a quality image, an experiment was conducted across four major titles. The findings suggest that for most players, the difference between “High” and “Ultra” settings is negligible, and that optimizing performance via slightly lower settings can significantly improve the gaming experience.
Testing Methodology and Hardware
The testing utilized a powerful system equipped with an AMD Ryzen 9 7950X3D processor and a PowerColor Red Devil RX 7900 XTX graphics card. While this hardware is highly capable—able to run nearly any game at 4K, even with ray tracing enabled—the experiment focused on comparing performance at maximum settings versus those at a one-notch reduction.
The test protocol involved running games using different upscaling technologies and settings: first, at the highest functional settings with Quality upscaling and no frame generation; second, with Balanced upscaling; and finally, with settings deliberately reduced to a single notch below maximum.
Game-Specific Performance Analysis
Cyberpunk 2077
The performance analysis began with *Cyberpunk 2077*, a visually intensive title. Running the game with Raytracing Overdrive settings, 4K resolution, and Path Tracing activated resulted in extremely low frame rates, described as a “clunky slideshow mess,” averaging only 20 frames per second.
However, the testing showed that switching to Balanced Upscaling immediately made the game playable. Furthermore, the author argued that even dialing back the settings to mere Ultra levels, while disabling ray tracing, resulted in a visual quality that was nearly indistinguishable from the full ray-traced experience. This suggested that a combination of moderate settings and upscaling offered the best balance of visuals and performance.
Alan Wake 2
*Alan Wake 2* proved to be a demanding title, with maximum settings causing severe performance drops, reaching only 1–3 FPS, rendering it unplayable. The situation changed dramatically when Balanced Upscaling was applied, allowing the game to become perfectly playable for its more deliberate, narrative-driven gameplay.
While the author noted that the visual difference was hard to spot even during active gameplay, the jump in performance was substantial. Further optimization was achieved by lowering the settings entirely to a single notch below maximum. This modification provided a massive boost in frame rate, making it the recommended setting for players who prioritize smooth animation over pristine, demanding visuals.
Hogwarts Legacy
For *Hogwarts Legacy*, the analysis suggested that while enabling ray tracing creates a beautiful visual experience, it is not strictly necessary. Switching to Balanced Upscaling provided a notable 15% increase in frames per second, making the experience more comfortable at approximately 40 FPS.
Moreover, the testing indicated that eliminating ray tracing altogether and using more modest graphics settings produced stunning results. The game was found to look equally beautiful without the advanced lighting techniques, suggesting that these settings are not essential to the overall immersion.
Final Fantasy VII: Rebirth
In *Final Fantasy VII: Rebirth*, the primary limiting factor was VRAM usage. Despite the high capacity of the tested hardware, the visual difference between maximum settings and Balanced Upscaling was minimal. Dropping settings to Medium or High levels did make a difference, but the author concluded that this visual improvement was not significant enough to justify the effort.
Conclusion on Graphical Settings
While running games at maximum settings provides an ideal, visually appealing experience—particularly in static screenshots—the performance gain is often not worth the effort. The key takeaway from the comparisons is that modern upscaling technologies, combined with moderate graphical settings, provide substantial performance improvements that are more impactful to the overall gameplay experience than the marginal visual gains from maxing out every setting.
The author concluded that while maximum settings may serve as a visual aspiration for marketing and ideal screenshots, for the majority of players whose hardware cannot support these demands, slightly lowered settings offer a superior balance of visual fidelity and smooth, enjoyable gameplay.
