Which is the best 240 Hz gaming monitor?

Which is the best 240 Hz gaming monitor?

240hz 1440p240 Hz gaming is the new normal and we have waited a long time for it.

Long gone are the days when 60 Hz was considered to be the gaming standard.

144 Hz is, in some ways, the minimum, and 240 Hz is the new benchmark for good gaming.

240 Hz monitors are, consequently, the most in-demand piece of gaming hardware right now (after GPUs , of course).

Let’s first go through the importance of the refresh rate before we review the best 240 Hz gaming monitors.

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The importance of refresh rate

Refresh rate is the speed at which your monitor can display images. 240 Hz simply means that your monitor can display up to 240 frames in a second (given your GPU can create that many in a second).

A higher refresh rate helps gamers improve their reaction times. The higher the refresh rate, the higher the FPS. And the higher the FPS, the smoother the gameplay. Smoother gameplay ensures that you can see motion better.

However, you should note that the human eye also has a limit. Some studies clearly show that the eye cannot process more than 60 images per second. But in terms of gaming, higher frame rates do help in improving reaction times, in everything from slight motions to elaborate effects.

The higher the refresh rate, in general, the better the experience and your reaction time. But the curve isn’t linear. For example, 60 FPS is a huge improvement over 30 FPS. 144 Hz is a smaller improvement over 60 FPS. And 240 FPS is an even smaller upgrade over 144 Hz.

That being said, 240 Hz is a coveted refresh rate for a reason. It allows players (especially in first-person shooter games) to react better to their environment and its changes.

With that out of the way, let’s now look at the best monitors for 240 Hz gameplay.

Best overall: Alienware AW2721D

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Alienware AW2721D* is our pick for the best overall 240 Hz monitor. No matter what your favorite game genre is or what the rest of your hardware is – the AW2721D is a piece of phenomenal power and beauty.

Say goodbye to low refresh rates and high response times with the Alienware AW2721D. Truly a beast, this monitor is designed from top to bottom for the fiercest of gamers. The AW2721D is truly an Alienware product with its sci-fi looks.

It’s the perfect gaming monitor for 1440p gameplay at high FPS.

On-brand LED strips, high construction quality, great aesthetics, and all the bells and whistles necessary to play games at their best – the Alienware AW2721D is simply the best you can get right now. Barring the HP Omen X 65 Emperium (65-inch category) and the Acer Predator CG437K, the AW2721D outperforms nearly all high-end gaming monitors across the board. Whether your core benchmark is brightness, contrast ratio, color accuracy, black levels, or input lag – the AW2721D delivers an impressive performance that’s just a tad bit shy of perfection.

Most 240 Hz monitors use TN panels, which degrades color reproduction and viewing angles, among other things. The Alienware AW2721D’s IPS panel is precisely why it costs more, sometimes double, than what other 27-inch 240 Hz monitors cost.

Specs:

  • 27 inches LED.
  • 1ms response time.
  • 16:9 Quad HD, wide, 1440p (2560 by 1440 pixels).
  • IPS panel.
  • Nvidia G-Sync compatible.
  • Others: Vesa DisplayHDR 600, IPS Nano Color technology, 4-sided InfinityEdge display, ComfortView, flicker-free screen.
  • Connections: A couple of HDMI 2.0 ports, DP 1.4 port, a couple of USB 3.2 downstream ports, headphone out 3.5mm jack, USB 3.2 upstream port.

Pros:

  1. The design is very flexible and ergonomic.
  2. Build quality is exceptionally strong.
  3. The monitor is great in terms of color reproduction with its HDR 600 real-time contrast ratios and localized dimming for richer blacks and more pronounced highlights. The 98% DCI-P3 color coverage also helps. DCI-P3 is a 25% wider color gamut than the sRGB color space.
  4. Extremely low input lag.
  5. VRR support.

Cons:

  1. Color bleed issues are reported frequently.
  2. Low contrast ratio.
  3. Sub-par reflection handling due to the semi-gloss coating, meaning reflections can get in your way in brighter settings.

Best for competitive shooters: BenQ ZOWIE XL2740

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This one is best for competitive shooters such as CS:GO and Valorant where every millisecond counts and victory is literally decided in split seconds. Made for the first-person shooter gamer, the BenQ ZOWIE XL2740* allows you to breach performance limitations and take your gameplay to the next level.

The TN panel (as compared to the IPS) allows for better response times and refresh rates apart from a lower price tag. This, however, comes with a few drawbacks – chief among them being poor color reproduction and bad viewing angles.

Die-hard shooter professionals will maintain that those don’t matter as long as you are getting a good 240 Hz monitor at this price point. But that’s not the case with everyone, so you need to revisit your priorities if you wish to go with the BenQ ZOWIE XL2740.

The BenQ ZOWIE XL2740 is an esports gaming monitor and exactly that. All the qualities point to that direction: TN panel with 240 Hz, 1080p resolution, non-HDR, monitor shield, and so on.

True, the color reproduction and viewing angles suffer a lot, but the versatile height, tilt, and swivel adjustments compensate for it to some degree.

Specs:

  • 27 inches LED.
  • 1ms response time.
  • 16:9 Full HD, 1080p (1920 by 1080 pixels).
  • TN panel.
  • AMD FreeSycn and adaptive sync compatible.
  • Others: Color vibrance and black equalizer optimizations, shield.
  • Connections: A USB 3.0, a DP, 3.5 mm headphone out jack, and a couple of HDMI ports.

Pros:

  1. One of the most cost-effective esports monitors to game on 240 Hz at 1080p.
  2. The included S-Switch allows gamers to quickly switch between game profiles.
  3. Sturdy desk stand.
  4. Color depth is decent for a TN panel.
  5. Height, tilt, and swivel adjustments are easy and versatile.
  6. Matte screen coating also helps gamers by diffusing additional reflections under most lighting conditions, including LAN parties and gaming cafes.

Cons:

  1. Deep blacks and color reproduction are sub-par (TN display).
  2. 1080p on 27 inches is quite the stretch because the pixels-per-inch ratio starts to decrease a lot. Arguably a 1080p resolution is only ideal up until 24 inches. Adding more screen real estate with the same resolution makes things a little “stretched out”.

Best ultrawide: Samsung Odyssey G7

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We gave you an IPS panel suggestion and then a TN panel suggestion. Why should VA be skipped, right? Introducing the Samsung Odyssey G7* – truly one of a kind. It’s our favorite pick for ultrawide gaming. Seriously guys, this thing is huuuuge (that’s what she said).

Great design, build quality, sturdiness, and a mesmerizing finish accentuate the appearance of the G7.

It’s a curved gaming monitor. Samsung sure likes to get realistic. The 1000R curvature is touted to match the curvature of the human eye. That might be so, but the curvature when you are actually looking at something in a game is simply extreme. The good part is that you quickly get used to it, especially if you are transitioning from another curved monitor.

Typically, the darks and deep blacks would start to smear with a cheap VA panel. We can expect Samsung to take care of that. This panel comes with a special film that brings in a wider color gamut as well. It’s not a low-end LCD display, so don’t fixate on the VA panel a lot. It can easily put many costlier IPS panels to shame.

This is a monitor built for exploratory games with immersive vistas and landscapes. If you also like modern open-worlds or games with a touch of sci-fi or fantasy then the G7 is the perfect choice for you.

The textured plastic back and the ringed RGB lighting steal the show.

Specs:

  • 32 inches LED.
  • 1ms response time.
  • 16:9 Quad HD, wide, 1440p (2560 by 1440 pixels).
  • VA panel.
  • Nvidia G-Sync compatible and FreeSync Premium Pro support (Variable Refresh Rate technology).
  • Others: Infinity Core lighting, HDR 600.
  • Connections: 2 DisplayPorts (DP 1.4), 1 HDMI, a couple of USB 3.0, headphone out 3.5mm jack.

Pros:

  1. The proprietary Samsung QLED technology offers a 125% wider color gamut than the sRGB – which makes an impressive difference in color reproduction and picture quality.
  2. HDR 600 brings details to life.
  3. Great color accuracy, wide color gamut, and RGB illumination all make the monitor a great way to immerse yourself in a game or a movie. Deep blacks are also great thanks to the VA panel.
  4. Gradient and reflection handling is amazing thanks partly to the matte screen finish.
  5. Low input lag.
  6. High contrast ratio.
  7. Cable management serviced through the stand by removing the plastic cover.

Cons:

  1. The curvature is a little too steep.
  2. Viewing from the sides makes you quickly lose accuracy because of the VA panel.

Budget option: AOC C27G2Z

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The AOC C27G2Z* is our budget pick. It comes for much lower than others on the list and allows you to game pretty efficiently. Sure, there are a few glaring drawbacks such as motion smearing and low peak brightness, but there are also legitimate compensations such as the high native contrast, excellent color gamut, and low input lag.

This is a curved monitor (1500R). The build quality is great. Height, tilt, and swivel adjustments are also pretty versatile.

The sleek “frameless” design is truly majestic and minimalist. The bigger brother of the AOC C27G2Z, the AOC CQ27G2 ($10-20 costlier) comes with a 1440p resolution at a lower refresh rate (144 Hz vs. 240 Hz) and a higher response time (1ms vs. 0.5ms). In any other case, we would recommend the latter thanks to a higher resolution on top of the same screen real estate, but surprisingly, the color reproduction of the C27G2Z is nothing short of stellar – making it nearly okay to be a 27-inches 1080p monitor, unlike the BenQ we talked about earlier.

Specs:

  • 27 inches LED.
  • 5ms response time.
  • 16:9 Full HD, 1080p (1920 by 1080 pixels).
  • VA panel.
  • AMD FreeSync Premium compatible.
  • Others: FlickerFree, AOC LowBlue Mode.
  • Connections: DisplayPort 1.2, a couple of HDMI 2.0.

Pros:

  1. Very high native contrast results in amazing deep blacks.
  2. Low input lag.
  3. Very fast response time (best in the list with 0.5ms).
  4. 240 Hz with excellent color reproduction at this price point is simply a steal.

Cons:

  1. Bad black uniformity.
  2. Not an ideal choice for bright rooms (glares due to low peak brightness).
  3. Motion smearing in black scenes (due to the VA panel).
  4. Viewing angles are quite mediocre and image quality degrades as a result.
  5. Though the color gamut is advertised as 126% coverage of sRGB on Amazon, it’s actually 99.7% – which is great, but misinformation might lead to bad decisions sometimes. The 126% actually means covering some reds and greens beyond sRBG, so technically it is more than sRBG but coverage per se means how much of sRGB is covered – which is 99.7% effectively.

Honorable mentions

So, that was it. We gave you everything from the absolute best 240 Hz gaming monitor and the best ultrawide option to the best esports monitor and the most budget-friendly option.

But that’s not where the story ends for some.

Different gamers have different priorities. And though it is hard to imagine, some might need a few more options to determine the monitor that fits the bill for them.

That’s why we have this honorable mentions section.

We have done the research and here are half a dozen other 240 Hz monitors that you should check out before you make up your mind. Who knows, you might land a great deal with one of these.

Alienware 25

25 inches, 1ms response time, full HD (1080p) resolution, IPS panel, 400cd/m2 brightness, 1000:1 contrast, DP and HDMI.

The Alienware 25 AW2521HFL* is a budget-friendly option with a bright picture. The input lag is extremely low. The color reproduction isn’t that great, but the overall performance and black richness make up for it. The monitor offers a great futuristic and minimal build as well as a sturdy construction quality. Great rotation and height adjustment options provide plenty of versatility in terms of viewing angles.

The design is just too good. We don’t deserve the Alienware 25. At least not yet.

LG UltraGear 27GN750B

27 inches, 1ms response time, full HD (1080p) resolution, IPS panel, 400cd/m2 brightness, 1000:1 contrast, DP and HDMI.

LG UltraGear 27GN750B* is another option you have. We hate putting another 1080p over 27-inches monitor in the list, feels shamelessly cruel, but the 27GN75B makes up for the stretchy-ness by its pristine color reproduction and overall solid specs. We also mentioned it in our “best gaming monitor under $300” article.

Asus TUF VG279QM

27 inches, 1ms response time, full HD (1080p) resolution, IPS panel, 400cd/m2 brightness, 1000:1 contrast, DP and HDMI.

The TUF VG279QM*is actually 280 Hz but we included it in the list anyway. The 40 additional frames, if your card can manage them, will most likely not be the difference between life and death. The main reason for it being on the list is that the Asus TUG VG279QM provides similar specs and a comparable price point as other 240 Hz monitors on the list, so why not put it in as an option, right?

Acer Nitro XZ270

27 inches, 1ms response time, full HD (1080p) resolution, VA panel, 250cd/m2 brightness, 1000:1 contrast, DP and HDMI.

The Nitro XZ270* is a great budget gaming monitor. It comes with adaptive sync, which helps in high-FPS scenarios. The VA panel offers a strong contrast. Though not the brightest of the lot (literally), it does come with a pair of speakers for those who don’t prefer long durations with headphones on. Don’t bet a lot on the power and bass of these speakers, though.

FAQs

What should I look out for apart from the refresh rate?

This totally depends on what types of games you play and what your priorities are. Response time, HDR support, headphone jack, viewing angles, VESA mounting options, and so on – not all monitors are built equally and with all the requirements in mind. The top 4 we listed all have headphone jacks, low response times, and VESA mounting options, however.

Also, you should do your research to find out what problems a monitor has. The most common complaints with gaming monitors revolve around backlight bleed, dead pixels (and subpixels), picture quality, color reproduction, build quality, and viewing angles.

Is a 240 Hz monitor worth it?

Yes. As we mentioned earlier, an improvement in the refresh rate allows you to react faster and also allows the FPS to go higher. Higher FPS, in turn, allows you to experience game events in much smoother detail. It’s not measurable, however, how much improvement you can expect vis-à-vis another refresh rate. It also differs from game to game and from player to player. Some players can indeed spot the difference between 144 Hz and 240 Hz whereas others will simply fail to do so.

240 Hz monitors have a marginally noticeable impact on spraying, peeking, and aiming in general. Noticing a difference when going up from 144 Hz to 240 Hz is difficult, but noticing it when going down from 240 Hz to 144 Hz is much easier.

How many FPS can a 240 Hz monitor display?

A 240 Hz monitor can display up to 240 frames per second.

As a general rule of thumb, refresh rate equals FPS. But the monitor is only responsible for displaying the frames and not producing them. The frame production is the responsibility of the GPU.

  • Assuming your GPU can produce 240 frames in a second, your 240 Hz monitor will be able to display all those frames.
  • If your GPU is only working at 200 FPS, for example, the monitor will only display 200 frames per second.
  • If the GPU can produce 300 frames per second, your monitor will be displaying 240 frames per second only.

The monitor’s refresh rate is the upper limit on your effective FPS (those seen, not those produced).

Which is the best 240 Hz gaming monitor? 1

Does G-Sync matter at 240 Hz?

G-Sync always matters in certain cases.

This is slightly complex and we will need to take a detour first. When the video card sends frames to the monitor out of sync, it can cause screen tearing. Screen tearing is a type of visual glitch. This glitch “tears” the frame.

This happens when information for a frame is sent to the monitor while the monitor hasn’t finished displaying the previous one. This ends up drawing a resultant frame that’s a combination of both frames – leading to screen tearing.

VSync is enabled either in the game itself or using the graphics card software to get rid of screen tearing. VSync allows frames to be held in a buffer until the monitor has finished previewing the previous frame.

This, however, leads to an obvious problem. When frames are held in the buffer, you don’t see the latest frame. This can be a huge problem in competitive games where every millisecond matters. VSync often introduces this problem, commonly called “input lag”.

Enter G-Sync.

G-Sync is Nvidia’s native technology that provides VSync without the input lag. Meaning you get rid of screen tearing without the drawback of getting input lag. It does so by making the monitor directly communicate with the GPU.

So, if your hardware is causing screen tearing and VSync isn’t an option (because it introduces input lag in your games), you will need to turn Nvidia G-Sync (or AMD FreeSync – the AMD equivalent of G-Sync) on regardless of your monitor’s refresh rate.

At higher refresh rates, however, screen tearing is less likely to happen especially if you have a powerful and modern GPU.

Note that G-Sync isn’t a GPU-specific technology. It’s a monitor-specific technology. You can only have G-Sync on in a monitor that comes with G-Sync, regardless of which video card you use.

What is the difference between 120 Hz, 144 Hz, and 240 Hz refresh rates?

All these are common refresh rates. 120 Hz is capped at 120 FPS, 144 Hz is capped at displaying 144 FPS, and 240 Hz monitors are capped at 240 FPS. So, it all depends on what graphics card you have, which game you are playing, and what are the in-game settings. If you are outputting 200 frames but using a 144 Hz monitor, you are essentially wasting a portion of your GPU prowess (the additional 56 frames are getting lost because the monitor cannot accept those). It’s a good idea to cap your FPS at 144 if you are using a 144 Hz monitor.

There’s no difference between these apart from the maximum frame count they can accept from the GPU.

Which is the best 240 Hz gaming monitor? 2

Gpu icon, gpu pictograph, gpu web icon, gpu icon vector, gpu icon eps, gpu icon illustration.

What GPU do I need to run a 240 Hz monitor?

The first step is knowing the resolution. 240 Hz or 240 FPS gameplay is easy at 1080p resolution using a card like the 3060 Ti, 3070, and 3080 (Nvidia GeForce RTX series) or 6800 XT and 6900 XT (AMD Radeon RX series).

It also depends on the game. Fairly lower-end games can reach higher FPS using the same hardware. More lifelike games such as Cyberpunk 2077 and Doom Eternal need more GPU prowess.

At 4K, however, things take quite a drastic turn. Though it’s possible to get 240 FPS at 1080p even using the 2000-series Nvidia GPUs such as the RTX 2080 under certain circumstances, 4K gameplay at 240 FPS is an untamable beast.

No graphics card can achieve 240 FPS at 4K resolution unless you turn the settings down – which sort of defeats the purpose of playing at 4K. For example, using an RTX 3090 with ray-tracing off and shadow qualities lower can help you achieve upwards of 150-160 FPS in a few modern games, but the quality loss isn’t really worth the frame increase unless you are looking for higher FPS for competitive gaming reasons purely and not the looks (in which case, 4K isn’t the best option).

What cable to use for a 240 Hz monitor

There are only a few types of monitor cables, such as HDMI, DVI, and DisplayPort (let’s not talk about VGA anymore). Though the monitor will run just fine with any connection it comes with, it’s recommended to go for a DisplayPort cable. DP is synonymous with high refresh rate gaming. Even DP 1.2 cables offer 240 Hz at 1080p resolutions.

There are four versions of DP:

  • High Bit Rate or HBR: 10.8 Gbps and 4K at 30 Hz.
  • High Bit Rate 2 or HBR2: 17.28 Gbps and 4K at 60 Hz.
  • High Bit Rate 3 or HBR3: 25.92 Gbps and 4K at 120 Hz or 8K at 60 Hz (with DSC).
  • Ultra High Bit Rate or UHBR: 77.36 Gbps and 8K at 60 Hz.

These are the theoretical upper limits. You cannot always realistically achieve these refresh rates. The first bottleneck is GPU, then the cable length, and then the other parts (such as the processor).

How to set the monitor to 240 Hz?

240 Hz monitors come with their own on-screen display (OSD) settings to adjust the refresh rate. Open the menu and navigate to the refresh rate, choosing the 240 Hz option. Different manufacturers and models have different types of OSDs.

If that’s not working, then here’s what you should try:

  • Assuming you are on Windows 10 or 11, right-click on the desktop and select Display Settings. Scroll to the bottom and choose “Advanced display settings”. You will find the refresh rate selector at the very end. Choose 240 Hz from the drop-down menu.
  • If 240 Hz isn’t an option and you are sure that your monitor supports 240 Hz, it can be a cable issue. Try another cable. Also, make sure that you have plugged in the cable from the GPU (and not the motherboard) to the first slot (for example, if your monitor has two HDMI ports – plug the cable in HDMI 1).
  • If even that doesn’t solve the problem, it’s most likely a driver issue. Do a clean install of driver software (not from Windows Device Manager). Go to the Nvidia or AMD website (depending on your GPU) and download the latest driver software. When you start any driver installation, the software will prompt you to do a clean install (meaning all previous driver files will be removed). Do a clean install and reboot the PC and follow the first step again.

Why is my 240 Hz monitor running at 60 Hz?

The most likely cause for this is your Windows settings. Right-click on desktop > Display settings > Advanced display settings > Refresh rate > choose 240 Hz. If 240 Hz isn’t an option then see the troubleshooting steps in the previous FAQ.

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