If your monitor’s refresh rate is not matched to how you actually play, you are either spending money on frames you cannot see or leaving smoothness you paid for on the table. The marketing around high refresh rates has gotten aggressive enough that it is worth cutting through it to what actually applies to different playstyles.
60Hz: when it is still fine
60Hz is fine for: turn-based games, strategy games, narrative games, anything where you are not reacting to fast motion in real time. If you primarily play single-player RPGs, visual novels, city builders, or anything at a measured pace, upgrading from 60Hz to 144Hz will not meaningfully improve your experience. You will notice it, but it will not change how you play or how much you enjoy those games.
60Hz is not fine for: competitive multiplayer, fast-paced shooters, fighting games, anything where visual fluidity affects your ability to react. At 60Hz, motion blur from the display itself makes fast-moving elements look smeared. That smearing reduces how clearly you can track targets, read animations, and react to fast inputs.
144Hz: the genuine upgrade threshold
The jump from 60Hz to 144Hz is the largest perceptual improvement in display refresh rates. Everything beyond it delivers smaller and smaller returns. 144Hz cuts the time between frames from 16.7ms to 6.9ms. Motion looks dramatically cleaner. Cursor movement feels more precise. Fast targets are easier to track.
144Hz is the correct choice for: any competitive multiplayer game, any game you care about playing well rather than just completing. If you own a mid-range or better GPU that can consistently push above 100 FPS in the games you play, 144Hz is worth the upgrade over 60Hz at almost any price point. A good 144Hz IPS panel at 1080p costs $150 to $200 and delivers a fundamentally different gaming experience than a 60Hz equivalent.
The hardware requirement: your GPU needs to deliver consistent frame rates near or above your monitor’s refresh rate for the upgrade to matter. A 144Hz monitor fed 60 FPS by a GPU that cannot keep up is displaying at 144Hz but refreshing new content at 60Hz. The monitor is not the bottleneck in that scenario — the GPU is. Check what frame rates your GPU delivers in your target games before choosing a refresh rate.
240Hz and above: diminishing returns
The jump from 144Hz to 240Hz is real but noticeably smaller than 60Hz to 144Hz. The frame time drops from 6.9ms to 4.2ms. At a pixel level this is measurable. In practice, most players cannot reliably identify a 144Hz vs 240Hz display in blind tests. The players who notice it most are those who have played at 240Hz for months and then return to 144Hz — the comparison is clearer in that direction.
240Hz makes sense if: you play competitive shooters at a high level where every millisecond matters, your GPU can consistently push above 200 FPS in your target games, and you are already at 144Hz and want the next meaningful improvement. It does not make sense as a first upgrade from 60Hz if budget is any concern — spend the money on a better 144Hz panel with good IPS or OLED instead.
360Hz and above are for professional esports players and enthusiasts who can reliably produce and perceive the performance difference. They are not wrong to use them. They are also not necessary for the vast majority of gaming scenarios.
Panel type matters as much as refresh rate
TN panels have the fastest response times and lowest input lag but poor colour accuracy and terrible viewing angles. They were the default for gaming monitors for years. IPS panels have better colours, better viewing angles, and response times now fast enough (1ms GTG) to match TN for most gaming purposes. VA panels have the best contrast ratios of the three but slower response times that cause ghosting in fast-motion scenes.
In 2026, IPS is the recommendation for most gamers. OLED gaming monitors (LG 27GR95QE, Samsung G8, Asus ROG Swift OLED) have near-instant response times, perfect black levels, and excellent colour but cost significantly more and carry burn-in risk with static HUD elements over years of use.
Adaptive sync (G-Sync or FreeSync) is worth having at any refresh rate. It eliminates tearing without the input lag of traditional V-Sync. Confirmed G-Sync Compatible monitors work with NVIDIA cards at no premium over standard FreeSync. Check the NVIDIA G-Sync Compatible list before buying if you have an NVIDIA GPU.
For getting the most out of whichever monitor you choose, the guides on reducing input lag and increasing FPS cover the system-level settings that determine whether your GPU can actually feed the refresh rate you are paying for.
