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Best Monitor for CS2 (2026): 5 Picks by Refresh Tier
Counter-Strike 2 is the rare game where the monitor spec sheet is the easy part. At 1920 x 1080 with competitive settings, CS2 runs into your CPU long before it runs into your graphics card, so a 600 Hz panel sitting behind a mid-range six-core spends most of its life displaying 300 frames.
That makes refresh rate a hardware question rather than a shopping question. The five picks below are ordered by refresh tier, from the 240 Hz floor to the 600 Hz ceiling, and each one is paired with the frame rate it needs and the parts that get you there.
Our top pick: BenQ ZOWIE XL2566X+
The BenQ ZOWIE XL2566X+ runs 400 Hz with DyAc 2, which is the highest tier a strong gaming CPU can genuinely saturate in CS2. Everything above it is headroom you pay for and rarely see.

Quick picks
Pick | Monitor | Refresh tier | Pro usage | Buy |
|---|---|---|---|---|
Best Overall | 400 Hz, DyAc 2 | 6.5% of tracked pros | ||
Best Value | 280 Hz, no DyAc 2 | Not tracked separately | ||
Best Premium | 600 Hz, DyAc 2 | 9.0% of tracked pros | ||
Best Budget | 240 Hz IPS | Not tracked | ||
Editor's Pick | 480 Hz native IPS | Alienware at 2% |
Best Overall
- Monitor
- Refresh tier
400 Hz, DyAc 2
- Pro usage
6.5% of tracked pros
- Buy
Best Value
- Monitor
- Refresh tier
280 Hz, no DyAc 2
- Pro usage
Not tracked separately
- Buy
Best Premium
- Monitor
- Refresh tier
600 Hz, DyAc 2
- Pro usage
9.0% of tracked pros
- Buy
Best Budget
- Monitor
- Refresh tier
240 Hz IPS
- Pro usage
Not tracked
- Buy
Editor's Pick
- Monitor
- Refresh tier
480 Hz native IPS
- Pro usage
Alienware at 2%
- Buy
Specs at a glance
Monitor | Panel | Refresh | Motion clarity | Frame floor | What clears it |
|---|---|---|---|---|---|
24.1 in Fast TN | 400 Hz | DyAc 2 | 400 fps | Cache-heavy current CPU | |
24.1 in Fast TN | 280 Hz | None | 280 fps | Mainstream current six-core | |
24.1 in Fast TN | 600 Hz | DyAc 2 | 600 fps | Nothing fully feeds it today | |
23.8 in IPS | 240 Hz | None | 240 fps | Any current six-core | |
24.5 in Fast IPS | 480 Hz native | None | 480 fps | Top-end current gaming CPU |
- Panel
24.1 in Fast TN
- Refresh
400 Hz
- Motion clarity
DyAc 2
- Frame floor
400 fps
- What clears it
Cache-heavy current CPU
- Panel
24.1 in Fast TN
- Refresh
280 Hz
- Motion clarity
None
- Frame floor
280 fps
- What clears it
Mainstream current six-core
- Panel
24.1 in Fast TN
- Refresh
600 Hz
- Motion clarity
DyAc 2
- Frame floor
600 fps
- What clears it
Nothing fully feeds it today
- Panel
23.8 in IPS
- Refresh
240 Hz
- Motion clarity
None
- Frame floor
240 fps
- What clears it
Any current six-core
- Panel
24.5 in Fast IPS
- Refresh
480 Hz native
- Motion clarity
None
- Frame floor
480 fps
- What clears it
Top-end current gaming CPU
How we picked
Start with the frame rate, not the panel. A refresh rate only pays off when your rig can feed it, and CS2 sets that bar with the CPU rather than the graphics card. Cache-heavy chips pull ahead here in a way they do not at 1440p, which makes this one of the few libraries where paying up for cache earns its money. Reviewer benchmark runs have put a top current gaming CPU near 668 frames per second average in CS2, and that is the shape of the ceiling: high, but not 600 Hz high once you are on a live server with nine other players. If you are sizing the rest of the machine around this decision, the CPU is what sets your CS2 frame ceiling.
Stay in the 24 inch class. Every panel here lands between 23.8 and 24.5 inches, and that is neither coincidence nor cost-cutting. A 24 inch screen at normal viewing distance keeps the whole playfield inside central vision, so checking a corner is an eye movement rather than a head turn. It is also the geometry the stretched 4:3 habit is built around.
DyAc 2 is the one feature worth a premium, and it costs you something. ZOWIE's backlight strobing cleans up the smear on wide flicks and counter-strafe transfers, and it is a large part of why the pro field concentrates on so few models. The trade is that it cannot run at the same time as Adaptive-Sync on these panels. Variable refresh only works with DyAc 2 switched off, so you choose motion clarity or tear-free pacing. In CS2, where frames sit far above the panel ceiling anyway, motion clarity is the right side of that trade. Buyers who expected both at once have flagged the surprise.
Treat 1920 x 1080 as the point rather than the compromise. Dropping resolution is how you keep frame times flat enough to feed a high-refresh panel, and CS2's art direction does not reward extra pixels. If you want one monitor for everything, you are choosing between a 1440p panel you will enjoy outside the game and a 1080p panel that will not hold your aim back inside it. Our guide on how to match a GPU to a panel covers that pairing.
Treat pro usage as a signal, not a shopping list. ZOWIE holds roughly 91% of tracked CS2 pro setups, which tells you the ergonomics and the OSD are trusted at the top level. It does not tell you which model to buy, because the two most-used panels in that field are older K-series models that have largely left retail. The share figures above are for the current generation.
Finally, defend the monitor line in the budget. The display is the part you look at for every hour you own the machine, and it is the line most builds cut first to fund a tower nobody looks at. A panel that holds 240 Hz honestly does more for how the game feels than the next CPU tier up does.
Best Overall: BenQ ZOWIE XL2566X+

Specs
Panel | 24.1 inch Fast TN |
Resolution | 1920 x 1080 |
Refresh rate | 400 Hz |
Motion clarity | DyAc 2 |
Brightness / contrast | 320 nits, 1000:1 |
Ports | 1x DisplayPort 1.4, 3x HDMI 2.0 |
Stand | 155 mm height, 45 degree swivel, -5 to 35 degree tilt |
In the box | S Switch puck, shielding hood |
Panel
24.1 inch Fast TN
Resolution
1920 x 1080
Refresh rate
400 Hz
Motion clarity
DyAc 2
Brightness / contrast
320 nits, 1000:1
Ports
1x DisplayPort 1.4, 3x HDMI 2.0
Stand
155 mm height, 45 degree swivel, -5 to 35 degree tilt
In the box
S Switch puck, shielding hood
What it does well
DyAc 2 is the reason to buy this panel. ZOWIE's backlight strobing cuts the motion smear that shows up in exactly the CS2 moments that decide rounds: counter-strafing onto a target that is moving, flicking across a wide angle, tracking a silhouette through smoke. It is the difference between seeing a shape and seeing a head.
The rest of it is the pro-standard chassis: 155 mm of height travel on real bearings, and an S Switch puck that turns swapping a stretched competitive profile for a native desktop profile into one click. 400 Hz also holds up at the desk, since a cache-heavy current chip clears 400 frames per second in CS2 without heroics. The card barely matters here, though which GPU clears each refresh tier does if you are building the whole machine at once.
What you give up
DyAc 2 and Adaptive-Sync cannot both be on. Variable refresh only works with DyAc 2 disabled, so you are picking one, and buyers have flagged being caught out by that. In CS2 the choice is easy.
TN colors are TN colors. Fine for the game, flat for anything else.
The last cost is headroom you might not use. Stepping up from the 280 Hz model is a large jump in money for 120 Hz that only materialises if the chip keeps up. DisplayPort 1.4 is also the only input that runs the full 400 Hz.
Who it's for
Buy this if you already own a cache-heavy CPU or you are buying one in the same cycle, you play enough ranked that motion clarity turns into rounds, and you want the tier the pro field is moving onto.
Best Value: BenQ ZOWIE XL2540X+

Specs
Panel | 24.1 inch Fast TN |
Resolution | 1920 x 1080 |
Refresh rate | 280 Hz |
Motion clarity | Black eQualizer, no DyAc 2 |
Brightness / contrast | 320 nits, 1000:1 |
Ports | 1x DisplayPort 1.2, 3x HDMI 2.0 |
Stand | 155 mm height, 45 degree swivel, -5 to 35 degree tilt |
In the box | S Switch puck, shielding hood |
Panel
24.1 inch Fast TN
Resolution
1920 x 1080
Refresh rate
280 Hz
Motion clarity
Black eQualizer, no DyAc 2
Brightness / contrast
320 nits, 1000:1
Ports
1x DisplayPort 1.2, 3x HDMI 2.0
Stand
155 mm height, 45 degree swivel, -5 to 35 degree tilt
In the box
S Switch puck, shielding hood
What it does well
This is the ZOWIE chassis at the bottom of the ladder with almost nothing shaved off the parts you touch. Same 155 mm stand on the same bearings, same shielding hood, same S Switch puck, same Black eQualizer and Color Vibrance behaviour the top of the range uses.
280 Hz is a real step rather than a rounding error, and it is the last tier where a mainstream six-core does the work instead of a halo chip. That keeps the upgrade honest: you buy the panel and you do not also have to buy a new CPU to justify it.
What you give up
No DyAc 2. That one omission separates this panel from its siblings, and it is the feature CS2 players talk about most, so the value case only holds if you accept that you are buying ergonomics and refresh rather than motion clarity.
Watch the model number. The XL2546X+ is also a 280 Hz panel and it does carry DyAc 2. One digit apart, materially different monitor, and buyers have reported ordering the wrong one.
DisplayPort 1.2 tops out at 280 Hz here and the HDMI 2.0 ports cap at 240 Hz, so there is no headroom left if you upgrade the chip later.
Who it's for
This is the panel for someone moving off 144 Hz or 165 Hz onto their first real esports display, running a current mid-range CPU, who wants the pro-standard stand and OSD without paying the DyAc 2 premium yet.
Best Premium: BenQ ZOWIE XL2586X+

Specs
Panel | 24.1 inch Fast TN |
Resolution | 1920 x 1080 |
Refresh rate | 600 Hz |
Motion clarity | DyAc 2 |
Brightness / contrast | 320 nits, 1000:1 |
Ports | 1x DisplayPort 1.4, 3x HDMI 2.1 |
Stand | 155 mm height, 45 degree swivel, -5 to 35 degree tilt |
In the box | S Switch puck, shielding hood |
Panel
24.1 inch Fast TN
Resolution
1920 x 1080
Refresh rate
600 Hz
Motion clarity
DyAc 2
Brightness / contrast
320 nits, 1000:1
Ports
1x DisplayPort 1.4, 3x HDMI 2.1
Stand
155 mm height, 45 degree swivel, -5 to 35 degree tilt
In the box
S Switch puck, shielding hood
What it does well
This is the most-used current-generation display in the tracked CS2 pro field, and that has practical value beyond bragging rights. Firmware quirks get found and fixed quickly, and the OSD profiles other players share map onto your hardware exactly instead of approximately. If you want the wider view of what the tracked pro field runs, we broke the whole setup down separately.
DyAc 2 is here in full, so the motion clarity argument lands the same way it does on the 400 Hz model. HDMI 2.1 on all three ports is a genuine upgrade if a console or a capture device shares the desk. And headroom is not worthless: CS2 frame times spike hard, and a 600 Hz panel presents your 350 frame moments sooner than a 400 Hz one showing the same frames.
What you give up
Almost nobody feeds it. Reviewer benchmark runs have put a top current gaming CPU near 668 frames per second average in CS2, and live servers with nine other players land meaningfully below benchmark figures. You are paying the top of the ladder for headroom that arrives in bursts.
Same DyAc 2 and Adaptive-Sync exclusivity as the 400 Hz model, and the same 1920 x 1080 TN panel as every other pick, so nothing about the image improves as you climb.
One more thing before you cross-reference a usage database: the two most-used panels in the tracked field are older K-series models that have largely left retail.
Who it's for
Competing players on a top-end rig who want the exact panel the current pro field is standardising on, and who accept that the last 200 Hz is insurance rather than utility.
Best Budget: Acer Nitro KG240Y

Specs
Panel | 23.8 inch IPS |
Resolution | 1920 x 1080 |
Refresh rate | 240 Hz |
Response time | 0.5 ms GtG |
Adaptive sync | AMD FreeSync Premium |
Color | 99% sRGB, HDR10 support |
Ports | 1x DisplayPort 1.2, 2x HDMI 2.0 |
Stand | Tilt only, VESA mountable |
Panel
23.8 inch IPS
Resolution
1920 x 1080
Refresh rate
240 Hz
Response time
0.5 ms GtG
Adaptive sync
AMD FreeSync Premium
Color
99% sRGB, HDR10 support
Ports
1x DisplayPort 1.2, 2x HDMI 2.0
Stand
Tilt only, VESA mountable
What it does well
It clears the only hard requirement in this article at the bottom of the market, and it does it on IPS rather than the washed-out TN that used to be the budget compromise. 99% sRGB and HDR10 support make it usable for everything that is not CS2, which matters when it is somebody's only display. If you want the wider 240 Hz field at this level, we cover it separately.
FreeSync Premium is present and, unlike the ZOWIE panels, there is no strobing feature it has to fight with, so you leave variable refresh on and forget about it.
What you give up
Tilt-only stand. Getting the panel to eye height means a VESA arm, and that is a real ergonomic cost on a display you sit in front of for hours at a time.
No backlight strobing, so motion during fast flicks smears in a way the DyAc panels do not. No S Switch and no shared-profile workflow.
Check the trim code before you order. Acer's Nitro KG240Y line ships in several variants and buyers have reported that only the W3biip trim runs 240 Hz; the M5 and X1 trims are 180 Hz and 200 Hz panels.
Who it's for
The buyer whose whole budget went into the tower and who needs a panel that does not hold their aim back. It is also the right 240 Hz second monitor to sit beside a pricier main.
Editor's Pick: Alienware AW2524HF

Specs
Panel | 24.5 inch Fast IPS |
Resolution | 1920 x 1080 |
Refresh rate | 500 Hz overclocked, 480 Hz native |
Response time | 0.5 ms GtG |
Brightness | 400 nits SDR |
Adaptive sync | AMD FreeSync Premium, VESA AdaptiveSync |
Ports | 1x HDMI 2.1, 2x DisplayPort 1.4, 4x USB-A 3.2 Gen 1 |
Stand | Height, tilt, swivel and pivot, built-in USB hub |
Panel
24.5 inch Fast IPS
Resolution
1920 x 1080
Refresh rate
500 Hz overclocked, 480 Hz native
Response time
0.5 ms GtG
Brightness
400 nits SDR
Adaptive sync
AMD FreeSync Premium, VESA AdaptiveSync
Ports
1x HDMI 2.1, 2x DisplayPort 1.4, 4x USB-A 3.2 Gen 1
Stand
Height, tilt, swivel and pivot, built-in USB hub
What it does well
Fast IPS at 480 Hz native is the interesting part. You get viewing angles, 400 nits and 99% sRGB alongside a refresh ceiling only the ZOWIE flagships beat, which is a combination nothing else here offers. FreeSync Premium and VESA AdaptiveSync both work with no motion feature to trade away.
The stand covers height, tilt, swivel and pivot, and the four-port USB hub means mouse and headset cables stop at the monitor instead of crawling to the tower. For a player who takes CS2 seriously but plays other things on the same desk, this is the least compromised panel here. We ranked the same panels for Valorant too.
What you give up
There is no DyAc equivalent. Against a DyAc 2 ZOWIE at a similar refresh rate the motion clarity gap is visible, and motion clarity is what CS2 players are buying at this tier.
The 500 Hz headline is an overclock over a 480 Hz native panel, so treat 480 as the honest number when comparing tiers.
It costs more than the 400 Hz ZOWIE while sitting outside the ecosystem the pro field shares settings in, so community tuning advice will rarely match your OSD.
Who it's for
The CS2 player who refuses to own a single-purpose monitor. Strong aim requirements, a top-end chip, and a real objection to staring at a TN panel for every hour spent outside the game.
Bottom line
If you own a cache-heavy CPU and play CS2 seriously, buy the BenQ ZOWIE XL2566X+. If your chip tops out near 300 frames per second, the XL2540X+ is the honest tier and the money you save belongs in the CPU. If you are competing on a top-end rig and want the panel the current pro field is standardising on, take the XL2586X+. If the tower ate the budget, the Acer Nitro KG240Y clears the 240 Hz floor and then gets out of the way. And if you refuse to own a single-purpose monitor, the Alienware AW2524HF stays pleasant outside the game. Whichever panel you land on, the mouse side of the same setup deserves the same scrutiny.
FAQ
Is 240Hz enough for CS2, or do you need 360Hz or more?
240 Hz is enough to stop the panel being the weak link. The frame-time gap up to 360 Hz is small, and plenty of players cannot pick it out blind. What changes above 240 Hz is consistency: the higher tier presents your frame spikes sooner, which reads as crisper motion on fast flicks rather than a new ability. If your chip cannot hold 300 frames per second, buy the cheaper panel and put the difference into the CPU.
What size monitor do CS2 pros use?
Almost all of them sit between 24 and 24.5 inches at 1920 x 1080. At a normal desk distance that keeps the entire frame inside central vision, so checking a corner is an eye movement instead of a head turn. It is also the size the stretched 4:3 habit is built around, which is why players who move up to 27 inches usually move back.
Should I get 1080p or 1440p for CS2?
For CS2 on its own, 1920 x 1080. The lower resolution keeps frame times flat, which is the whole mechanism behind feeding a high-refresh panel, and the game's art gives you little back for the extra pixels. The real question is whether CS2 is your only game. If it is not, you are choosing between a 1440p panel you will enjoy elsewhere and a 1080p panel that will not hold your aim back.
How many FPS do you need to feed a 400Hz monitor in CS2?
Around 400 frames per second sustained, not as a peak on a benchmark map. That is a CPU question rather than a graphics card one. CS2 leans on cache and clock speed at competitive settings, so a cache-heavy current chip is the realistic floor, and memory tuning moves the number more than a card upgrade will. Reviewer runs have put a top gaming CPU near 668 frames per second average.
Do I need a new GPU or a new CPU to hit 400 FPS in CS2?
The CPU, in almost every case. CS2 at 1920 x 1080 with competitive settings is CPU-limited, so a card upgrade moves the average very little once you are past the mid-range. This is the exception to a rule we apply everywhere else: at 1440p and above, buyers overspend on cache-heavy CPUs and underspend on the card. CS2 inverts it.
Does DyAc 2 actually help your aim in CS2?
It helps you see, which sits upstream of aim. DyAc 2 strobes the backlight to cut the smear that appears when you counter-strafe onto a moving target or flick across a wide angle, so a head stays a head instead of a blur. It will not fix crosshair placement. The catch is that it cannot run alongside Adaptive-Sync on these panels, and buyers have flagged being surprised by that.
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