Spend enough time swapping between pro-level panels mid-session in Counter-Strike 2 and a clear picture emerges: the refresh rate debate is not nearly as settled as the spec sheets make it look. The jump from 144 Hz to 240 Hz is immediately, obviously better. The jump from 240 Hz to 360 Hz is genuinely worthwhile. Beyond that, the returns shrink fast enough that most players will feel the cost of chasing higher numbers more than they feel the benefit.
That conclusion comes from extended hands-on time with high-end panels including the Zowie XL2586X+ (600 Hz) and the Alienware AW2525HM (320 Hz), combined with end-to-end latency testing using an Nvidia LDAT (Latency and Display Analysis Tool). The methodology measured the time between a mouse click and the corresponding muzzle flash appearing on-screen in CS2, running 150-plus tests at each refresh rate to account for natural variation.
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What the latency numbers actually show
Here is the thing most people miss when they look at raw refresh rate specs: the end-to-end latency differences between 144 Hz, 240 Hz, 360 Hz, and 600 Hz are smaller than you might expect once you are on a quality panel.
Those sub-millisecond gaps fall well within the margin of error across individual test runs. In practice, a single click at 600 Hz can register slower on-screen than the same click at 144 Hz on any given attempt. The averages favor higher refresh rates, but not by a margin that translates into a measurable performance edge for most players.
What made a more definitive difference was whether the frame rate was capped or uncapped. Running the Alienware AW2525HM at 320 Hz with an uncapped frame rate produced 6.2 ms end-to-end latency. Cap the frames with VRR disabled and that climbs to 7.81 ms. Drop to 144 Hz capped and you are looking at 11.35 ms. That is a real, consistent gap, and it points to something worth knowing: if your GPU can push frames above your refresh rate, leave them uncapped.
Why the feel gap matters more than the latency gap
Raw latency numbers only tell part of the story. The subjective experience of moving from 144 Hz to 240 Hz is immediately noticeable in how smooth enemy movement looks and how quickly the crosshair responds to input. That translates directly into playing better, not just feeling better.
The step from 240 Hz to 320 or 360 Hz is a real improvement in how the game feels, but it stops translating into measurable performance gains for most players. Pros, particularly younger players whose visual processing speed is sharper, may extract a genuine edge from that jump. For everyone else, it is more about the experience quality than the kill count.
Beyond 360 Hz, the feel improvement shrinks again. Moving from 360 Hz to 600 Hz is perceptible if you are actively looking for it, but the difference is noticeably smaller than the 240-to-360 step, and nowhere near the night-and-day shift from 144 to 240.
The panel factors that change the equation
Refresh rate does not exist in isolation. Panel technology shapes the actual experience at any given Hz figure.
- OLED panels bring ultra-low pixel response times that complement high refresh rates, making motion clarity sharper regardless of Hz
- IPS panels vary significantly depending on the specific unit; response time quality is not guaranteed by the panel type alone
- VA panels tend to carry higher response times that can undercut the benefits of a high refresh rate in fast-paced games
Zowie monitors dominate tactical FPS esports partly because major tournaments standardize on them, which means pros practice on the same hardware they compete on. That practical reason aside, features like DyAc 2 anti-blur technology and panels tuned for competitive titles do give them a genuine edge. The key here is that high refresh rate is the most transferable advantage: a 360 Hz IPS panel from a different brand still delivers most of the benefit.
The case for 240 Hz if the budget is tight
Not everyone needs to spend for a 360 Hz panel. 240 Hz sits close enough to 360 Hz in both feel and latency that it makes a sensible compromise for players who cannot justify the price gap. The important line in the sand is 165 Hz and below: that territory still has significant room for improvement before diminishing returns genuinely kick in, and treating 144 Hz as a ceiling is leaving real performance on the table for competitive play.
For casual gaming, third-person action games, or anything played with a controller at a relaxed pace, the argument for anything above 144 Hz weakens considerably. The gains are specific to fast-paced, competitive scenarios where motion clarity and response time directly affect outcomes.
If you are optimizing your PC setup for competitive FPS and want to dial in more than just your monitor, the Forza Horizon 6 PC settings guide and the GOALS best graphics settings guide both cover how to squeeze maximum frame rates out of your hardware, which matters as much as the panel you are pushing frames to.
The broader picture for monitor buyers
The monitor market is moving fast. LG has already announced a native 1,000 Hz 1080p panel, and Asus has an esports-focused OLED at 540 Hz in the pipeline. These numbers will keep climbing, but the latency data suggests the practical ceiling for most players is already well below where manufacturers are heading.
360 Hz sits at the point where the feel is genuinely excellent, the latency advantage over 240 Hz is real if modest, and the cost premium over 600 Hz options is substantial enough to matter. For anyone building a competitive setup right now, that is the target worth aiming at. For a wider look at hardware and game optimization, the gaming guides hub has settings breakdowns across multiple titles to help you get the most from whatever panel you land on.
