They are predefined structures or boundaries used to evaluate whether a response is suitable for a given context.
They are predefined structures or boundaries used to evaluate whether a response is suitable for a given context.
The idea that games need around 100 or 200 FPS to be enjoyable is a common belief, though it varies by genre and player expectations. The "60 FPS" reference often comes from older systems or specific titles where lower frame rates felt sluggish. The "console peasant's 30FPS" comment highlights how performance was measured back then, with many users accepting slower speeds for basic gameplay. Linus’s emphasis on higher frames reflects modern standards, but the "magical numbers" like 30 or 60 are more about comfort and accessibility rather than strict technical limits. The trend leans toward maximizing smoothness and responsiveness, even if it means pushing hardware boundaries.
because at around 30 (or 28,29.5,31) the game feels smooth enough to play slower games without too many problems, at about 60 (could be 57.5,59,61,62.3) the frame rate begins to barely slow you down in fast games as well, at 120fps and 200fps it works similarly again. it just makes the game run more smoothly, looks better and reduces the obstacles in games. we rely on 30,60,120,200 as rough estimates because they are clean numbers that humans prefer over messy ones.
Historically, older NTSC TVs in the US and Japan operated at 60Hz for easier synchronization, as both AC power and transmission standards matched that frequency. This consistency influenced other technologies to align with it. Modern gamers prefer higher frame rates because smoother motion enhances control responsiveness, which helps avoid the jittery feeling caused by lower refresh rates.
Below 30 frames per second can make the game very unstable. I saw this happen with NFS Rivals when performance dropped to around 29 FPS, causing it to stop playing.
Resolution changes impact performance and visual quality differently across titles. Lowering to 720p can boost frame rates beyond 60 FPS, but it may reduce detail and immersion. The main downsides are less sharp images and potential limitations in certain games that rely on high resolution for smoothness or effects.
This idea doesn't quite make sense. It's hard to say what's possible or not. Third, using more than the screen's refresh rate wastes power and forces the computer to do extra work—yes, people play games without V-Sync and still get high FPS, but they're missing out on its benefits. The same applies if you turn off V-Sync and set a frame rate limit matching what your monitor can actually display.
For console gaming with a 10-foot setup, 30 FPS works well and feels natural. On PC setups using a 2-foot interface, 60 FPS is typical and comfortable. In VR environments with a 1-inch display, 90 FPS is usually sufficient for immersion. These figures aren’t strictly from gaming data but stem from medical and anthropological studies. They serve as rough guidelines to help people understand what frame rates keep them engaged in realistic experiences.