144Hz vs 240Hz vs 360Hz: Which Do You Need in 2026/27?

Sources checked October 25, 2026.

The short answer

For most gamers, the best value sits between 144Hz and 240Hz. Going from 60Hz to 144Hz is a big jump that you feel right away. After that, every step gives you less. A 2026 study of 101 FPS players found they could reliably tell 60Hz from 360Hz, but not 144Hz from 360Hz. In its aiming task, it also found no significant performance difference between 144Hz and 360Hz.

360Hz mostly makes sense for competitive players whose PC can actually hold well above 240 frames per second in the games they play. If your system can't deliver those frames, most of the extra hertz go to waste. To compare real monitors at each refresh rate, see our research-backed best gaming monitors guide.

What refresh rate actually means

Refresh rate is how many times per second the monitor can draw a new image, measured in hertz (Hz). Think of it as a ceiling. You only see a new frame when your PC sends one.

Refresh rate vs frame rate (FPS)

• Refresh rate (Hz) is what the monitor can show.
• Frame rate (FPS) is what your graphics card and processor produce.
• A 360Hz monitor running a game at 150 FPS behaves much more like a 150Hz screen than a 360Hz one. Variable refresh rate adds a small gain in latency and smoothness, and that's about it.

The frame-time math

Look at the time between two images and you'll see why each upgrade feels smaller than the one before:

Moving from 60Hz to 144Hz cuts almost 10 ms between frames. Moving from 240Hz to 360Hz cuts 1.4 ms. Both are improvements, just not the same size. Keep in mind that refresh rate isn't the same thing as pixel response time. Our gaming monitor response time explainer shows why a high refresh rate can still look blurry on a slow panel.

What changes in real use

By type of game

• Story and open-world games rarely reach 240 FPS at high settings. A 144Hz or 165Hz screen, or a higher resolution, is a better use of the money.
• Fast competitive shooters like CS2 or Valorant can run at very high frame rates on strong hardware. That's where 240Hz and 360Hz have a real case.
• Strategy, MMO and sim games get little out of very high refresh rates. A smooth 144Hz is plenty.

Three players, three answers

• The mid-range 1440p gamer. Plays a mix of new releases on a mid-range graphics card and lands somewhere between 90 and 160 FPS. A 144Hz or 165Hz monitor shows almost everything this PC can produce. Our call: 144Hz to 165Hz, and put the difference toward the GPU.
• The ranked shooter player. Plays Valorant or CS2 most evenings on a strong system that sits between 200 and 300 FPS. A 240Hz screen matches that output, and it's the sweet spot for this player. Our call: 240Hz.
• The dedicated esports grinder. Practices every day at competitive settings and stays well above 300 FPS. At this level, the small gains from 360Hz can still matter at the margin. Our call: 360Hz, ideally on a panel with fast pixel response.

What the research shows

The 2026 study: 60Hz vs 144Hz vs 360Hz

Researchers from the University of Limerick, working with authors linked to NVIDIA Research, tested 101 FPS players at 60Hz, 144Hz and 360Hz in a custom aiming task. The results came out in June 2026. Players reliably noticed big differences, such as 60Hz against 360Hz, but not smaller ones, such as 144Hz against 360Hz. Going above 60Hz significantly improved accuracy and how fast players eliminated targets. Between 144Hz and 360Hz, though, the study found no significant difference in performance. The authors suggest 144Hz may be a threshold beyond which the gains become marginal.

The 2019 study: 60Hz vs 120Hz vs 240Hz

An earlier NVIDIA Research study, published in the Journal of Vision in 2019, tested aiming at a moving target at 60Hz, 120Hz and 240Hz. Performance kept improving with refresh rate all the way to 240Hz, and in that task refresh rate mattered more than added latency on its own. The authors concluded that 240Hz, the fastest option available back then, gave players a competitive edge.

How the two studies fit together

• They agree that moving up from 60Hz clearly helps.
• The 2019 study saw benefits continuing up to 240Hz in its task. The 2026 study found no difference between 144Hz and 360Hz in its own task.
• Neither covered every game, skill level or monitor type, and both used controlled aiming tasks rather than full matches.

Our reading is that gains above 144Hz do exist for some tasks and some players. They're small, though, they don't show up consistently, and they're much harder to notice than the jump from 60Hz.

What this means for your money

The research suggests a clear order for spending. First, get well above 60Hz, because that's where the biggest and best-documented benefit is. Second, pick a refresh rate your PC can actually reach in the games you play most. Only then is it worth chasing the last few milliseconds with 360Hz or more. Spending big on refresh rate before sorting out the first two steps is the most common way gamers overpay for a monitor they can't fully use.

Trade-offs: what higher refresh rates cost you

• GPU and CPU budget. Holding 240+ FPS often depends as much on your processor as on your graphics card. The money you'd spend on a 360Hz monitor might do more in the PC that feeds it.
• Resolution. The fastest refresh rates are most common at 1080p and 1440p. If you want 4K sharpness, 144Hz to 240Hz is the realistic range.
• Panel type matters too. OLED pixels change almost instantly, so a 240Hz OLED can look cleaner than a slower LCD running at a higher refresh rate. Our fast IPS vs OLED guide covers what that difference costs.
• Settings you have to check. Plenty of players buy a high-refresh monitor and run it at 60Hz without knowing. You have to select the refresh rate in your operating system, and your cable and port have to support it.

How to choose the right refresh rate

1. Measure your real FPS. Turn on an in-game counter in the games you play most, at the settings you actually use. That number is your useful ceiling.
2. Match the monitor to your FPS, not the other way around. If you average 150 FPS, a 144Hz or 165Hz monitor shows almost all of it, and a 360Hz one adds very little.
3. Pick by genre. Story and strategy players: 144Hz to 165Hz. Competitive shooters on a strong PC: 240Hz. Dedicated esports players already above 240 FPS: think about 360Hz.
4. Decide on resolution first. Choose 1080p, 1440p or 4K based on screen size and sharpness, then take the highest refresh rate your PC can feed at that resolution.
5. Check the connection. Make sure your graphics card port and cable support the refresh rate you want at your resolution. Turn on variable refresh rate (G-Sync or FreeSync) so motion stays smooth when FPS drops below the maximum.

Common mistakes that waste a fast monitor

• Leaving Windows at 60Hz. Look in the advanced display settings after you plug in a new monitor. The default isn't always the maximum.
• Using the wrong port or cable. An older HDMI port or cable can cap the refresh rate at your resolution. On a PC, DisplayPort is usually the safer bet.
• Capping frames too low. A frame limiter set to 144 FPS on a 240Hz monitor throws the upgrade away.
• Ignoring 1% low FPS. An average of 240 FPS that keeps dipping to 120 feels less smooth than a steady 165. Watch the lows as well as the average.
• Turning off variable refresh rate. G-Sync or FreeSync keeps motion smooth when your frame rate falls below the monitor's maximum.

FAQ

Can you see the difference between 240Hz and 360Hz?

Some players can, especially in fast motion, but the difference is small. In the 2026 study, players couldn't reliably tell 144Hz from 360Hz, so the smaller step from 240Hz to 360Hz is even harder for most people to see.

Is 144Hz still good in 2026?

Yes. It gives you the biggest improvement over 60Hz and matches the frame rates most PCs reach in modern games. For players who aren't competitive, it's still the sensible starting point.

Do I need 360Hz for Valorant or CS2?

Only if you play seriously and your PC holds well above 240 FPS in those games. Otherwise a 240Hz monitor gives you nearly all of the practical benefit.

Does a higher refresh rate improve aim?

Moving up from 60Hz measurably improved aiming in both studies. Past 144Hz, the gains get smaller and less consistent, so skill, settings and stable frame rates matter more.

Is a 240Hz OLED better than a 360Hz LCD?

It can look cleaner in motion, because OLED pixels change almost instantly and some LCDs blur at high refresh rates. Compare independent motion reviews of the exact models instead of looking only at the refresh rate.

Sources and Methodology

RigGrade is a research-backed publisher, not a testing lab, and we didn't test these monitors ourselves. This guide relies on peer-reviewed research and basic frame-time math, and we say so wherever the evidence is thin. All sources were accessed on October 25, 2026.

• Toth, Cunneen, Campbell (University of Limerick), Kim, Spjut, Boudaoud, "Monitor refresh rate impacts FPS video gamers' perceptions of display 'smoothness' and target acquisition performance", Social Sciences and Humanities Open, June 2026: research.nvidia.com
• NVIDIA Research, "Esports Arms Race: Latency and Refresh Rate for Competitive Gaming Tasks", Journal of Vision, September 2019: research.nvidia.com
• DisplayNinja, 240Hz vs 360Hz, June 2026: displayninja.com