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Is 240Hz Enough, or Do You Need 500Hz at 1440p? (2026)
Short answer: 240Hz is enough for almost everyone, and you only need 500Hz if your machine already holds 400 or more frames per second at 1440p in the game you play most. That is a real bar, and most rigs do not clear it in most games.
So the first question is not whether your eyes can tell 240Hz from 500Hz. It is whether your GPU and CPU can feed a 500Hz panel at all. Settle that, then buy the monitor that matches the answer.
At a glance
Tier | Monitor | Panel | Refresh | Best for | Buy |
|---|---|---|---|---|---|
Enough for most | QD-OLED | 240 Hz | Mixed competitive and single-player at 1440p | ||
Value | Fast IPS | 240 Hz | Bright rooms and all-day desktop use | ||
Step up | QD-OLED | 500 Hz | One esports title on a 400 fps rig |
Enough for most
- Monitor
- Panel
QD-OLED
- Refresh
240 Hz
- Best for
Mixed competitive and single-player at 1440p
- Buy
Value
- Monitor
- Panel
Fast IPS
- Refresh
240 Hz
- Best for
Bright rooms and all-day desktop use
- Buy
Step up
- Monitor
- Panel
QD-OLED
- Refresh
500 Hz
- Best for
One esports title on a 400 fps rig
- Buy
Is 240Hz enough, or do you need 500Hz?
Your setup | Frames you hold at 1440p | Verdict | Winner |
|---|---|---|---|
Counter-Strike 2 or Valorant on an RTX 5080 class GPU | 320 to 500 plus | 500Hz is a real upgrade | |
Fortnite in performance settings on an RTX 5070 Ti | 540 to 690 | 500Hz is a real upgrade | |
Apex Legends, any GPU | 300, engine capped | 240Hz, the cap decides for you | |
Mixed esports and single-player AAA | 90 to 250 | 240Hz | |
Mid-range GPU, bright room, one screen for everything | 140 to 240 | 240Hz on IPS |
Counter-Strike 2 or Valorant on an RTX 5080 class GPU
- Frames you hold at 1440p
320 to 500 plus
- Verdict
500Hz is a real upgrade
- Winner
Fortnite in performance settings on an RTX 5070 Ti
- Frames you hold at 1440p
540 to 690
- Verdict
500Hz is a real upgrade
- Winner
Apex Legends, any GPU
- Frames you hold at 1440p
300, engine capped
- Verdict
240Hz, the cap decides for you
- Winner
Mixed esports and single-player AAA
- Frames you hold at 1440p
90 to 250
- Verdict
240Hz
- Winner
Mid-range GPU, bright room, one screen for everything
- Frames you hold at 1440p
140 to 240
- Verdict
240Hz on IPS
- Winner
Benchmarks
Average frame rate on current high-end GPUs. This is the ceiling a 500Hz panel would be asked to fill.
- 341 FPS
- 325 FPS
- 324 FPS
- 316 FPS
The opposite case. A stripped renderer puts midrange hardware well past the 500 fps line.
- 615 FPS
- 436 FPS
Read those two charts together and the pattern is the whole article. Counter-Strike 2 at 1440p lands in the low 300s even on flagship hardware, which is a 240Hz to 360Hz frame rate, not a 500Hz one. Fortnite in performance settings is the reverse: it clears 500 fps on midrange silicon because the renderer is doing far less work per frame.
Your game decides which of those two shapes you live in, and the hardware behind it decides how far you sit from the line. If Counter-Strike 2 is your main title, GPU picks for Counter-Strike 2 is the faster way to find out where your card lands.
How we picked
Three questions decide this, in order. What game do you play most? What frame rate does your rig hold in it at 1440p? And what panel technology are you giving up to get the refresh rate? Our GPU and display buying framework works through the same three in more depth.
The frame rate question is the one buyers skip, and it is the one that decides the purchase. A 500Hz panel fed 300 frames is a 300Hz panel you overpaid for. Averages also flatter the answer: what matters is the frame rate during a fight, not on an empty spawn. If you are not sure where your machine lands, start with the GPUs that hold high frame rates at 1440p and work backwards from there.
Panel technology is the quiet third variable. Frame interval falls from roughly 4.2 ms at 240Hz to roughly 2 ms at 500Hz, and blind testing suggests refresh-rate doublings are what people reliably notice while half-steps like 240Hz to 360Hz mostly slip past them. Pixel response carries just as much of the motion-clarity load. A 240Hz OLED finishes a transition in a fraction of a millisecond; a fast IPS is still settling when the next frame arrives.
That is why the two 240Hz picks below are not interchangeable, and why there is no 500Hz IPS on this list. Buying 500Hz on a slower panel technology trades away the thing that made the refresh rate visible in the first place. Every pick here is 1440p, 27 inches, and currently stocked on Amazon.
Enough for almost everyone: MSI MAG 271QPX QD-OLED E2

Specs
Panel | 27-inch QD-OLED |
Resolution | 2560 x 1440 |
Refresh rate | 240 Hz |
Response time | 0.03 ms GtG |
HDR | DisplayHDR True Black 400 |
Inputs | DisplayPort 1.4a, HDMI 2.1 |
Adaptive sync | G-Sync Compatible, FreeSync Premium Pro |
Stand | Tilt and height adjustable |
Panel
27-inch QD-OLED
Resolution
2560 x 1440
Refresh rate
240 Hz
Response time
0.03 ms GtG
HDR
DisplayHDR True Black 400
Inputs
DisplayPort 1.4a, HDMI 2.1
Adaptive sync
G-Sync Compatible, FreeSync Premium Pro
Stand
Tilt and height adjustable
What it does well
The 0.03 ms pixel transitions are what you are actually buying. Each frame finishes long before the next one arrives, so 240Hz on this panel resolves motion more cleanly than 240Hz on any IPS. In a fast flick, enemy models stay readable instead of smearing into the background.
QD-OLED contrast does competitive work too. Dark corners and dim sightlines hold detail instead of collapsing into the grey haze an IPS gives you, and that is spotting information you were previously guessing at. If you have not decided whether OLED is the right trade, whether an OLED gaming monitor is worth it covers the full case.
It also runs its full 240Hz over plain DisplayPort 1.4a. No compression, no cable roulette, no menu diving to find out why you are stuck at 144Hz. Plug it into anything from the last three GPU generations and you get the advertised refresh rate.
What you give up
The triangular QD-OLED subpixel layout still fringes small text. Spreadsheets and code look worse here than on a same-size IPS, and no firmware update has fixed that. If this is your only monitor and half your day is documents, that costs you more than the response time wins back.
Full-field brightness is low, so a sunlit desk washes it out. Burn-in risk on static HUD elements is managed rather than eliminated, and the warranty is the thing protecting you, not the pixel-shifting routine.
Who it's for
The 1440p competitive player on a mid-to-high GPU who splits time between ranked shooters and single-player games, in a room where the light is controllable, and who wants one monitor that is good at both jobs.
The value 240Hz pick: LG UltraGear 27GR83Q-B

Specs
Panel | 27-inch Fast IPS |
Resolution | 2560 x 1440 |
Refresh rate | 240 Hz |
Response time | 1 ms GtG |
HDR | DisplayHDR 400 |
Inputs | HDMI 2.1 x2, DisplayPort 1.4 |
Adaptive sync | G-Sync Compatible, FreeSync Premium |
Stand | Tilt, height, pivot |
Panel
27-inch Fast IPS
Resolution
2560 x 1440
Refresh rate
240 Hz
Response time
1 ms GtG
HDR
DisplayHDR 400
Inputs
HDMI 2.1 x2, DisplayPort 1.4
Adaptive sync
G-Sync Compatible, FreeSync Premium
Stand
Tilt, height, pivot
What it does well
This sits at the same 240Hz ceiling the verdict is built around for a fraction of the OLED outlay. If the argument here is that 240Hz is the tier that matters, this is the cheapest honest way to be standing in it.
Fast IPS also survives conditions OLED does not. Bright rooms, static UI parked on screen for hours, a panel that doubles as a work display: none of those start a wear clock. Two HDMI 2.1 ports make it a workable console screen as well. For more panels at this tier, our 1440p 240Hz monitor picks go wider.
Adaptive sync is certified on both sides, so it behaves the same whether your next card is Nvidia or AMD. The stand pivots, which matters more than it sounds like it should when you are cable-managing a second display.
What you give up
The 1 ms figure is a marketing number. Real transitions leave visible smear next to OLED, and that gap is precisely what you are paying for when you move up a tier. Side by side in a fast flick, the difference is not subtle.
DisplayHDR 400 is HDR in name only, and IPS glow shows up in dark scenes. Buyers have also flagged a bundled-accessory listing of this same panel selling under a separate ASIN at a higher price, so confirm you are on the bare monitor listing before you check out.
Who it's for
Anyone who wants the 240Hz answer without the OLED premium, plus anyone whose room, work pattern, or burn-in nerves argue against an OLED panel in the first place.
The 500Hz step-up: MSI MAG 272QP QD-OLED X50

Specs
Panel | 27-inch QD-OLED |
Resolution | 2560 x 1440 |
Refresh rate | 500 Hz |
Response time | 0.03 ms GtG |
HDR | DisplayHDR True Black 500 |
Inputs | DisplayPort 1.4a with DSC, HDMI 2.1, USB-C 15 W PD |
Adaptive sync | G-Sync Compatible, FreeSync Premium Pro |
Stand | Tilt and height adjustable |
Panel
27-inch QD-OLED
Resolution
2560 x 1440
Refresh rate
500 Hz
Response time
0.03 ms GtG
HDR
DisplayHDR True Black 500
Inputs
DisplayPort 1.4a with DSC, HDMI 2.1, USB-C 15 W PD
Adaptive sync
G-Sync Compatible, FreeSync Premium Pro
Stand
Tilt and height adjustable
What it does well
This halves the frame interval against 240Hz, from roughly 4.2 ms to roughly 2 ms. That is a refresh-rate doubling, and doublings are the upgrade shape that survives a blind test. Half-steps do not clear that bar for most players.
It gets there without trading anything away on pixel response. Same 0.03 ms QD-OLED transitions as the 240Hz pick, so the refresh rate stacks on top of motion clarity instead of replacing it. True Black 500 adds meaningful highlight headroom over the 400-tier panels.
At 1440p it is also the sensible size for this rung. Most 500Hz panels ship at 1080p or on smaller diagonals, and dropping resolution to chase Hz undoes the reason you wanted a 1440p screen.
What you give up
It only earns the money in games your machine feeds above 400 fps at 1440p, and in 2026 that is a short list: Counter-Strike 2 on strong hardware, Valorant, Fortnite in performance settings. Apex Legends is capped at 300 fps by its engine, so it can never fill this panel no matter what you spend on parts.
1440p at 500Hz does not fit uncompressed through DisplayPort 1.4a, so the panel leans on DSC. Current GPU generations handle that without drama, but older cards and marginal cables are exactly where this quietly drops back to a lower refresh rate. Buy the cable with the monitor.
Who it's for
The ranked-ladder player on a current high-end GPU and a fast CPU, who plays one competitive title most of the time and is already sitting at 240Hz. This is a second upgrade, not a first one.
Bottom line
If you play a mix of games at 1440p, buy the MSI MAG 271QPX QD-OLED E2. If your room is bright or the screen doubles as a work display, buy the LG UltraGear 27GR83Q-B. If you play one esports title, hold 400 or more frames in it, and already sit at 240Hz, the MSI MAG 272QP QD-OLED X50 is the upgrade rather than a bigger number on a box.
Everyone else is buying refresh rate their machine cannot deliver. Check your frame counter before your cart. If size, panel type, and resolution are still open questions, how to choose a gaming monitor covers the rest of the decision.
FAQ
Can you actually see the difference between 240Hz and 500Hz?
Most people can, because it is a doubling. The frame interval drops from about 4.2 ms to about 2 ms, and blind testing shows refresh-rate doublings register far more reliably than half-steps like 240Hz to 360Hz. The catch is that you only see it when the frames are there. Feed a 500Hz panel 250 fps and you are looking at a 250Hz display with a premium sticker on it.
What frame rate do you need for a 500Hz monitor to be worth it?
Treat 400 fps sustained as the floor, not the average. A 500Hz panel is only ahead of a 240Hz one during the frames it receives, so the number that matters is your 1 percent low rather than your headline average. If your game drops to 200 fps in a fight, the fight is exactly where the extra refresh rate stops existing.
Is 500Hz overkill for Valorant?
Valorant is the one mainstream title where it is not. The renderer is light enough that a current midrange GPU paired with a fast CPU holds well past 400 fps at 1440p, which is the case a 500Hz panel is built for. Whether it changes your rank is a separate question, and the honest answer is that it will not do that by itself.
What GPU do you need to drive a 1440p 500Hz monitor?
Any card from the last two generations can output the signal, because these panels use DSC over DisplayPort 1.4a rather than raw uncompressed bandwidth. Producing the frames is the harder half. For competitive titles at 1440p that means an RTX 5070 Ti or RX 9070 XT class card at minimum, paired with a CPU fast enough that it is not the thing capping you first.
Is a 240Hz OLED better than a 500Hz IPS?
For most players, yes. Pixel response and contrast carry more of the motion-clarity load than the refresh-rate number suggests, and a 240Hz OLED finishes each transition in a fraction of a millisecond while a fast IPS is still settling. The 500Hz IPS wins only if you reliably produce the frames and the extra 2 ms is worth losing black levels and per-pixel response.
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