The 6 Best Gaming Monitors of 2026 (Match the Panel to Your Graphics Card)

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Our quick picks

Ranked by what each one is best at, not by a score we made up. Ratings are what the product showed on Amazon when we last checked — how we rank.

Below you get the reasoning, the specifications worth comparing, and the limitations we found.

A 240Hz monitor does not give you 240 frames per second. Your graphics card does. The monitor only decides whether those frames get displayed cleanly, and if your card is producing ninety frames a second in the games you play, a 240Hz panel shows you ninety frames a second with a lot of idle capacity.

That sounds obvious written down and it is the mistake that wastes the most money in this category, because refresh rate is the number monitors are marketed on and it is the number people compare. The useful order is: work out what frame rate your graphics card actually achieves at the resolution you want, then buy a monitor whose refresh rate is at or slightly above that, and put the money you saved into panel quality instead.

The second thing worth knowing before you compare anything: the “1ms response time” on the box is close to meaningless. Manufacturers quote the fastest single grey-to-grey transition with overdrive pushed to its maximum, which is not representative of the panel’s behavior and frequently comes with visible overshoot artefacts. Two monitors both claiming 1ms can look completely different in motion. What determines motion clarity is the panel’s worst transitions and how well the overdrive is tuned — neither of which appears on any specification sheet.

Below are six monitors covering different priorities: the best value for most people, the best all-rounder, the one for competitive shooters, the best ultrawide, the best picture quality, and the budget pick. We also explain why most HDR badges mean nothing and why a 32-inch 1440p panel is less sharp than a 27-inch one. If you are building out the rest of the desk, our guides to the best mechanical keyboards and the best portable monitors may help.

Quick picks

• Best overall value: Samsung Odyssey G5 (G51F) 27” QHD 180Hz — the resolution and refresh rate sweet spot for a mid-range graphics card, at a sensible price.
• Best all-rounder: ASUS TUF VG27AQ3A — 27” QHD 180Hz with G-SYNC compatibility and ELMB Sync, which is the rare feature that improves motion clarity beyond raw refresh rate.
• Best for competitive shooters: AOC 27” QHD 260Hz IPS — very high refresh on a fast IPS panel, for people whose frame rate is already high.
• Best ultrawide: Alienware AW3425DWM — 34” curved WQHD at 180Hz, the size and shape that changes how games feel rather than just how they look.
• Best picture quality: LG 32GX850A-B UltraGear 4K OLED — 32-inch 4K OLED with DisplayHDR True Black 400, which is what real HDR looks like.
• Best budget: Acer Nitro KG271U — 27” QHD IPS at 180Hz, covering the essentials without the extras.

Our shortlisting process

We built this list from current Amazon listings, manufacturer specifications and the recurring patterns in verified buyer feedback. We have not put a colorimeter on these panels or measured input lag with a photodiode, and we are not going to imply we did. What we did was check that each monitor’s specification combination is actually coherent — a refresh rate a real graphics card can use at that resolution, a panel type suited to the stated purpose, a sensible pixel density for the screen size — and then weigh buyer reports on the things that ruin monitors in practice.

Those things are: backlight uniformity and bleed, dead pixels on arrival, coil whine, badly tuned overdrive producing visible ghosting or overshoot, poor stands, and firmware that handles variable refresh rate badly at low frame rates. We weighted heavily against recurring reports of any of them.

Every pick holds a customer rating of 4.4 stars or better. We excluded several monitors with headline-grabbing specifications — including a 4K panel with an unusual dual-mode refresh arrangement and a very large ultrawide — because their ratings sit in the low fours and the complaints cluster around panel quality rather than shipping.

What to know before you buy

Match the monitor to your graphics card, not to your ambitions

The single most useful piece of homework is finding out what frame rate you actually get. Run the games you play for real, with the settings you use, and watch the frame counter. Then buy accordingly.

• 1080p at 144–240Hz suits older or entry-level cards and competitive players who turn settings down to hit very high frame rates. It is also the resolution where a high refresh rate is most achievable.
• 1440p at 144–180Hz is the current sweet spot for most mid-range cards, and it is where the majority of buyers should be looking. The jump in sharpness from 1080p on a 27-inch screen is large and immediately visible.
• 1440p at 240Hz and above only makes sense if you already have a card producing those frame rates in your games, which usually means a high-end card and competitive titles rather than demanding single-player games.
• 4K at 120Hz or more demands a powerful card, and in modern demanding titles you will be using upscaling to get there. It is worth it for visual quality and for desktop work; it is not the choice for maximum frame rate.

Buying more refresh rate than your card can feed is not harmful, just wasted. Buying a higher resolution than your card can drive is worse, because you end up either playing at low frame rates or running the monitor at a non-native resolution, which looks soft.

Pixel density: why a 32-inch 1440p monitor is less sharp than a 27-inch one

Sharpness is pixels per inch, not resolution. Spread the same 2560 by 1440 pixels over a larger screen and each pixel gets bigger, so the image gets softer. Roughly:

• 27” at 1440p: about 109 pixels per inch. The commonly cited sweet spot — sharp enough that you do not see pixel structure, with no operating system scaling needed.
• 32” at 1440p: about 93 pixels per inch. Noticeably softer, particularly for text. Fine for gaming from a distance, less pleasant for desktop work.
• 24” at 1080p: about 92 pixels per inch — the same softness as 32-inch 1440p, which is why 1080p at 27 inches (about 82 ppi) looks visibly coarse.
• 27” at 4K: about 163 pixels per inch. Extremely sharp, and it needs operating system scaling to make text readable, which is fine on modern systems but occasionally awkward in older software.
• 32” at 4K: about 138 pixels per inch. Arguably the best combination available for a screen you both game and work on.

So if you are choosing between a 27-inch and a 32-inch at the same resolution, understand that you are trading sharpness for size. Bigger is not automatically better.

Panel types, honestly

• IPS: accurate color, wide viewing angles, good text. Contrast is mediocre, so blacks look grey in a dark room, and many panels show “IPS glow” at the corners. Modern fast IPS panels are quick enough for competitive play. This is the sensible default for most people.
• VA: much better contrast than IPS, which makes dark scenes darker, and it curves easily so most curved monitors are VA. The trade is slower dark-to-light transitions, which shows up as smearing behind moving objects in dark scenes. Better for atmospheric single-player games than for competitive ones.
• OLED (including QD-OLED and WOLED): each pixel makes its own light, so blacks are black, contrast is effectively infinite, and pixel response is near instant — motion clarity that no LCD matches. The costs are real: risk of permanent image retention from static elements, automatic brightness limiting that dims large bright areas, lower full-screen brightness than a good LCD, and on some subpixel layouts slightly fringed text. Best picture in the category by a clear margin, with conditions attached.
• TN: fast and cheap, with poor color and viewing angles. Largely superseded by fast IPS and worth avoiding now unless the price is remarkable.

Most HDR badges mean nothing

This is the specification most worth being cynical about. “HDR10 support” means the monitor can accept an HDR signal. It says nothing at all about whether it can display one.

Real high dynamic range needs high peak brightness and the ability to have bright and dark areas on screen simultaneously, which on an LCD requires local dimming with many zones. Roughly:

• “HDR10” or “HDR ready” with no certification: assume it does nothing useful. Turning HDR on often makes the image look worse.
• DisplayHDR 400: essentially a standard SDR monitor with a badge. No meaningful local dimming required. Not worth paying for.
• DisplayHDR 600: the point at which HDR starts to be visible on an LCD, and it requires some local dimming.
• DisplayHDR 1000 and above: genuine HDR on an LCD, with many dimming zones.
• DisplayHDR True Black 400 or 500: the OLED-specific tiers. Because OLED pixels switch off completely, these produce more convincing HDR than a DisplayHDR 600 LCD despite the lower number. If you see True Black certification, that is real HDR.

If HDR matters to you, look for one of the last three. If it does not, ignore the badge entirely and spend the money on refresh rate or panel quality.

G-SYNC, FreeSync, and what actually matters

Variable refresh rate makes the monitor redraw in step with the graphics card instead of on a fixed schedule, which eliminates screen tearing and smooths out frame rate variation. It is the most worthwhile gaming feature of the last decade and it is now close to universal.

The brand names have stopped mattering much. Almost all modern adaptive sync monitors work with graphics cards from both major vendors over DisplayPort; a monitor described as “G-SYNC Compatible” is a FreeSync monitor that NVIDIA has validated, and it works fine. Monitors with a dedicated hardware G-SYNC module are now rare, cost more, and offer little advantage for most people.

Two things that do matter. First, the variable refresh range: a monitor that only syncs from 48Hz upward stops helping exactly when you need it most, in a demanding scene where frame rate dips. Low framerate compensation extends the useful range downward and is worth having. Second, whether variable refresh works over HDMI as well as DisplayPort, which matters if you are connecting a console.

Ports, cables and consoles

This catches people out more than it should. To run a monitor at its full resolution and refresh rate you need a connection with enough bandwidth, and the bundled cable is not always up to it.

• DisplayPort 1.4 with Display Stream Compression handles 1440p at very high refresh rates and 4K at 120Hz or more. It is the connection to use from a desktop graphics card.
• HDMI 2.1 is what you need for a console at 4K and 120Hz. HDMI 2.0 caps out well below that, and many monitors have one HDMI 2.1 port and one older one — check which socket you are using.
• Use the cable that came with the monitor, or a certified one. A cheap or old DisplayPort cable is a very common cause of a monitor refusing to run at its rated refresh rate, or of intermittent black flickering.
• Check the refresh rate is actually set. Monitors frequently ship defaulting to 60Hz, and a surprising number of people use one for months without ever changing it in the display settings. Do that first, before concluding anything about the monitor.

A brief word on eye comfort

A few points that are really supported, as distinct from the marketing around them. Matching your screen brightness to the room matters far more than any blue-light feature — a screen much brighter than its surroundings is tiring, and so is a dim screen in a bright room. Taking regular breaks helps; the commonly cited guideline is to look at something around twenty feet away for about twenty seconds every twenty minutes. And some monitors dim their backlight by flickering it rapidly, which a minority of people perceive as eye strain or headache; if that describes you, look for a monitor described as flicker-free.

One safety note worth stating: a small number of people are photosensitive and can have seizures triggered by flickering light or certain visual patterns. If you or a family member have photosensitive epilepsy, that is a matter for a doctor rather than a product guide, and the guidance that comes with your console or graphics software is worth reading.

The 6 best gaming monitors

1. Samsung Odyssey G5 (G51F) 27” QHD 180Hz — best overall value

This is the monitor most people should buy, and the reason is that it lands exactly on the combination that makes sense right now: 27 inches, 2560 by 1440, 180Hz. That is about 109 pixels per inch — sharp, no operating system scaling needed — at a refresh rate a mid-range graphics card can actually feed in most games.

Samsung makes the point that QHD carries roughly 1.7 times the pixel density of 1080p, and on a 27-inch screen that difference is immediately obvious in a way that going from 144Hz to 180Hz is not. Adaptive sync smooths out frame rate variation, and HDR10 is supported for content that uses it. Customer rating is 4.7 stars, the highest on this list by a clear margin.

Why it made the list: it is the pick that gets the fundamentals right and does not charge for extras most people will not use. Pixel density, refresh rate, screen size and price all line up, and a 4.7-star rating across a large review base for a monitor is unusually strong — this is a category where panel lottery complaints normally drag ratings down.

The part that annoys people: the HDR here is HDR10 support rather than a meaningful certification, so treat it as a signal compatibility feature and not a picture upgrade — you will probably leave it off. The stand on Samsung’s value monitors is basic, often tilt-only, so budget for a VESA arm if you want height or rotation adjustment. There is no fancy motion clarity feature like the ASUS below, so at low frame rates in fast games it will show more blur. And as with any value monitor, the panel lottery applies: check for backlight bleed and dead pixels in the return window.

Who it is for: most people. Mid-range graphics cards, a mix of competitive and single-player games, and anyone who wants the sensible choice rather than the interesting one.

See the Samsung Odyssey G5 on Amazon →

2. ASUS TUF VG27AQ3A — best all-rounder

On paper this is the same proposition as the Samsung: 27 inches, QHD, 180Hz. What separates it is ELMB Sync, and it is worth understanding what that does because it is the rare monitor feature that actually improves what you see.

Backlight strobing — flashing the backlight in sync with each frame — dramatically reduces motion blur, because your eye is shown a brief sharp image instead of a smeared one. Historically it could not be used at the same time as variable refresh rate, so you chose between smooth frame pacing and sharp motion. ASUS’s ELMB Sync runs both together, which means you get tear-free variable refresh and reduced blur. Combined with G-SYNC compatibility and FreeSync Premium certification, it is a more complete package than the specification list suggests. Customer rating is 4.6 stars.

Why it made the list: it is the version of the sweet-spot monitor with an actual technical advantage rather than a marketing one. For anyone who plays fast-moving games but does not have a graphics card producing 240 frames a second, strobing plus variable refresh gets you much of the motion clarity of a far higher refresh rate. ASUS’s TUF line also generally has better stands and on-screen menus than value-brand equivalents.

Where it disappoints: backlight strobing costs brightness — sometimes a lot of it — so in a bright room you may find the image too dim with ELMB Sync on. Strobing is also the flickering mentioned earlier, and a minority of people find it causes eye strain or headaches; try it before relying on it. It is more expensive than the Samsung for a similar core specification, so if you do not intend to use ELMB Sync you are paying for nothing. And the HDR, again, is nominal.

Who it is for: people who play fast games at moderate frame rates, anyone sensitive to motion blur, and anyone who wants the most capable 27-inch QHD monitor without moving to OLED.

See the ASUS TUF VG27AQ3A on Amazon →

3. AOC 27” QHD 260Hz IPS — best for competitive shooters

This is the pick for people who have already done the homework at the top of this guide and know their frame rate is high. A 27-inch QHD IPS panel running at 260Hz overclocked, with G-SYNC compatibility and a quoted 0.3ms response time, is aimed squarely at competitive play where the difference between 180 and 260 frames a second is a difference you can act on.

The important thing here is that it is a fast IPS panel rather than a TN. For years very high refresh rates meant accepting washed-out TN color; this does not, so it works as a general-purpose monitor as well as a competitive one. Customer rating is 4.6 stars.

Why it made the list: because for a specific group it matters. If you play competitive shooters at a level where reaction time is the limiting factor, and your card produces frame rates above 200, the additional refresh rate reduces the time between something happening and you seeing it. That is a real advantage, not a placebo — it is simply an advantage most people do not have the frame rate to collect.

The drawbacks: if your card does not produce well over 200 frames per second in your games, you will not see the benefit and the Samsung or ASUS is the better buy. The quoted 0.3ms is a best-case grey-to-grey figure and should not be taken literally. Pushing an IPS panel to 260Hz relies on aggressive overdrive, which can produce visible overshoot — a bright halo trailing moving objects — so expect to spend time finding the overdrive setting that looks best rather than the highest one. The 260Hz figure is an overclock, so it may need enabling in the on-screen menu and may not be available over every input. And IPS contrast means dark scenes look grey, which is the trade for the speed and color.

Who it is for: competitive players with high-end graphics cards, anyone playing at high frame rates in older or well-optimised titles, and anyone who wants maximum refresh without giving up color accuracy.

See the AOC 27” 260Hz monitor on Amazon →

4. Alienware AW3425DWM — best ultrawide

An ultrawide is the one monitor change that alters how games feel rather than how sharp they look. At 34 inches and 21:9, the screen fills enough of your peripheral vision that driving games, flight simulators and open-world games become meaningfully more immersive, and the gentle curve keeps the edges at a consistent distance from your eyes. WQHD resolution at 180Hz means it is a gaming monitor rather than a productivity panel that happens to be wide.

It is also a truly good work monitor, because 21:9 is the aspect ratio that makes two windows side by side actually usable rather than cramped. Alienware is Dell’s gaming brand, which means Dell’s warranty and support arrangements sit behind it. Customer rating is 4.6 stars.

Why it made the list: it is the most transformative monitor here for single-player gaming, and the dual-purpose case is strong. If you work at the same desk you play at, an ultrawide does more for your day than any refresh rate increase. The 180Hz refresh means you are not giving up responsiveness for the width.

The catch: ultrawide support in games is good but not universal — older titles, some Japanese releases and a number of competitive games either letterbox the image or stretch it, and a few competitive shooters deliberately restrict field of view so you gain nothing. Check the games you care about. It also demands more from your graphics card than a 16:9 QHD monitor, because there are more pixels to draw. Ultrawides are physically wide and need a deep desk to sit at a comfortable distance, and 34-inch WQHD works out around 110 pixels per inch, so it is sharp but not a 4K experience. And curved panels show reflections in a distinctive smeared way, so consider where your windows are.

Who it is for: single-player and simulation gamers, anyone who works and plays at the same desk, and anyone whose priority is immersion over reaction time.

See the Alienware AW3425DWM on Amazon →

5. LG 32GX850A-B UltraGear 4K OLED — best picture quality

This is the monitor that shows you what the rest of the list is compromising. A 32-inch 4K OLED panel at roughly 138 pixels per inch, with each pixel switching itself off completely for true black, a contrast ratio quoted in the millions, and VESA DisplayHDR True Black 400 certification — which, as explained above, is genuine HDR rather than a badge.

LG uses a micro lens array layer on this generation to raise brightness, which addresses the longest-standing OLED weakness. The practical effect of OLED for gaming is twofold: dark scenes look the way the developer intended rather than dark grey, and pixel response is effectively instantaneous, so motion is sharper than any LCD regardless of refresh rate. Customer rating is 4.5 stars.

Why it made the list: nothing else here is in the same conversation on image quality. For atmospheric single-player games, for HDR content, and for anyone who also watches films at their desk, an OLED at 4K and 32 inches is the best-looking option available in this format — and 138 pixels per inch is arguably the ideal density for a screen you both game and work on.

Where it falls short: OLED comes with real conditions. Static bright elements — a taskbar, a game HUD, a spreadsheet — can eventually cause permanent image retention; modern panels have pixel-shifting and refresh routines that make this unlikely for normal mixed use, and LG offers warranty coverage, but it remains a genuine consideration if you leave the same interface on screen for eight hours a day. Automatic brightness limiting means large bright areas dim, which is noticeable on a white webpage. Full-screen brightness is lower than a good HDR LCD, so a sunlit room is not its best environment. The glossy coating gives fantastic contrast and mirrors your room. It needs a powerful graphics card to drive 4K at high refresh. And it is the most expensive monitor here by a wide margin.

Who it is for: people who want the best image available, single-player and HDR gamers, anyone who watches films at their desk, and anyone with a graphics card capable of 4K.

See the LG 32GX850A-B UltraGear on Amazon →

6. Acer Nitro KG271U — best budget

The budget pick here is not a 1080p panel, and that is deliberate. A 27-inch QHD IPS monitor at 180Hz with FreeSync is now available cheaply enough that stepping down to 1080p at the same size is a false economy — 27 inches at 1080p is around 82 pixels per inch, which looks visibly coarse, and no refresh rate compensates for that.

What you get is the core specification of the Samsung and the ASUS — correct pixel density, 180Hz, adaptive sync, IPS color — without the extras. Customer rating is 4.4 stars.

Why it made the list: it defines the floor. If your budget is tight, this is what you should be aiming at rather than a cheaper 1080p panel, and the gap in real experience between this and the Samsung is much smaller than the gap between this and a 1080p monitor. It is also the sensible second monitor for a dual-screen setup.

What owners complain about: the stand is basic and the on-screen menu is plain. Overdrive tuning at this price is less refined, so expect some ghosting or overshoot depending on the setting — try the middle option rather than the fastest. Panel uniformity is where budget monitors save money, so check for backlight bleed and glow in a dark room within your return window. HDR is nominal. Built-in speakers, if present, should be treated as an emergency measure rather than a feature. And Acer’s model numbering in this range is confusing, so check the exact model matches the resolution and refresh rate you expect before ordering.

Who it is for: tight budgets, first gaming monitors, second screens, and anyone upgrading from 1080p who wants the sharpness improvement above all.

See the Acer Nitro KG271U on Amazon →

Setting it up properly

A well set up cheap monitor beats a badly set up expensive one, and almost all of this takes five minutes.

• Set the refresh rate. Monitors regularly default to 60Hz. Go into your display settings and select the highest available rate. This is the most common reason a new monitor feels no different.
• Turn on variable refresh rate in your graphics driver as well as in the monitor’s on-screen menu. Both have to be enabled, and people frequently do only one.
• Use DisplayPort from a desktop graphics card, and the cable that came in the box. Use HDMI 2.1 for a console.
• Find the right overdrive setting by eye. Load a fast-moving scene, cycle through the overdrive options, and pick the one with the least trailing and no bright halo behind moving objects. The highest setting is rarely the best.
• Turn HDR off unless the monitor is properly certified. On a nominal-HDR monitor it usually makes the image flatter and duller.
• Set brightness to match your room, not to maximum. A screen much brighter than its surroundings is the main cause of eye strain at a desk.
• Check for dead pixels and backlight bleed on day one, on a full black and full white screen in a dark room, while you can still return it.
• Get the height right. The top of the screen at or slightly below eye level, roughly an arm’s length away. If the stand does not adjust, a monitor arm is the cheapest ergonomic upgrade available.

Common mistakes

• Buying refresh rate your graphics card cannot feed. Check your actual frame rates first.
• Trusting the 1ms response time claim. It is a cherry-picked best case. Motion clarity depends on overdrive tuning and panel behavior.
• Paying for DisplayHDR 400 or “HDR10 support.” Neither is meaningful HDR.
• Choosing 32 inches at 1440p for a desk monitor. It is softer than 27 inches at the same resolution and text suffers.
• Buying 1080p at 27 inches. The pixel density is too low; either go 24 inches or step up to QHD.
• Leaving the monitor at 60Hz. It happens constantly.
• Using an old or uncertified DisplayPort cable. A frequent cause of black flickering and refusal to run at full refresh.
• Ignoring the stand. A monitor at the wrong height is uncomfortable regardless of its panel.
• Buying OLED for eight hours of spreadsheets a day. That is the one use case where image retention risk is real.

Frequently asked questions

Is 144Hz enough, or do I need more?

For the great majority of people 144Hz to 180Hz is plenty, and the jump from 60Hz to 144Hz is enormously more noticeable than the jump from 144Hz to 240Hz. Going beyond 180Hz makes sense if you play competitive shooters and your graphics card truly produces frame rates above 200. If it does not, the extra refresh rate sits unused.

1440p or 4K for gaming?

1440p at 27 inches is the current value sweet spot: sharp, no scaling needed, and achievable at high refresh rates on mid-range hardware. 4K looks better and is the right choice at 32 inches or above, but it demands a considerably more powerful card, and in demanding modern titles you will be relying on upscaling to reach high frame rates. If your card is mid-range, 1440p is the better experience.

Does a gaming monitor improve my aim?

It reduces the delay between the game state changing and you seeing it, and it makes moving targets easier to track. That is a genuine advantage at high levels of play. It will not substitute for practice, and going from 144Hz to 240Hz produces a much smaller improvement than going from 60Hz to 144Hz. Below about 144Hz the upgrade is clearly worthwhile; above it, diminishing returns arrive quickly.

Is OLED burn-in still a problem?

Much less than it was, and not zero. Modern panels shift pixels, dim static elements and run compensation cycles, and for mixed use — games, films, browsing — permanent retention is unlikely within a normal ownership period. Manufacturers including LG now offer warranty coverage for it, which tells you something. The genuine risk case is leaving the same static bright interface on screen for many hours daily, which describes office work more than gaming.

Do I need G-SYNC specifically?

No. A monitor listed as G-SYNC Compatible is a FreeSync monitor NVIDIA has validated, and it works properly with NVIDIA cards. Dedicated hardware G-SYNC modules are now uncommon and add cost for little benefit in most situations. What matters more is the variable refresh range and whether low framerate compensation is supported.

Curved or flat?

At 27 inches and 16:9, curvature makes little difference and flat is fine. At 34 inches and ultrawide, a curve helps by keeping the screen edges at a similar distance from your eyes. Curved panels are usually VA, so they bring better contrast and some dark-scene smearing. For design and photo work, flat is preferable because straight lines stay straight.

Can I use a gaming monitor with a console?

Yes, and it is often a better experience than a television because input lag is lower. Two things to check: you need HDMI 2.1 for 4K at 120Hz, and only some of a monitor’s HDMI ports may be 2.1. Also confirm that variable refresh rate works over HDMI on that model, since some monitors support it only over DisplayPort.

What we would buy

Before choosing anything, check what frame rate your graphics card actually produces in the games you play. That single number decides most of this.

For the majority of people the answer is the Samsung Odyssey G5 (G51F): 27 inches, QHD, 180Hz, correct pixel density, sensible price. If you play fast games at moderate frame rates and want sharper motion, the ASUS TUF VG27AQ3A and its ELMB Sync is worth the premium. If your frame rates are above 200 in competitive titles, the AOC 27-inch 260Hz converts that into a real advantage.

For immersion in single-player games and a better working day, the Alienware AW3425DWM ultrawide. For the best image in the category and real HDR, the LG 32GX850A-B UltraGear OLED, with its conditions understood. And on a tight budget, the Acer Nitro KG271U — because QHD at 27 inches is the floor worth aiming for, not 1080p.

Whatever arrives, do the five-minute setup: set the refresh rate, enable variable refresh in both the driver and the monitor menu, tune the overdrive by eye, turn HDR off unless it is properly certified, and get the screen to the right height. Those steps cost nothing and account for more of the difference between a good and a bad experience than the panel does.

For the rest of the setup, see our guides to the best mechanical keyboards, the best portable monitors, and the best soundbars.

Also worth reading: our guide to the best gaming headsets.

Also worth reading: our guide to the best monitor arms.

Also worth reading: our guide to the best 4K TVs.

Also worth reading: our guide to the best UPS battery backups.

Buying for a household that is not yours? See the best gifts for gamers.

Also worth reading: our guide to the best mesh WiFi systems — if anything in your house drops out in one particular room, that is the fix.

Also worth reading: our guide to the best computer speakers — including why placement matters more than what you spend.