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For most PC gamers, 144Hz or 165Hz is the best refresh-rate range. It is substantially smoother and more responsive than 60Hz, remains affordable, and is easier for most gaming PCs to use effectively than 240Hz or higher.
Choose 120Hz for most console gaming, 240Hz for competitive FPS gaming with consistently high frame rates, and 360Hz, 500Hz or 540Hz only if you play seriously competitively and your system can sustain the required FPS. Refresh rate is only one part of the experience: VRR, pixel response time, input lag, resolution and image quality matter just as much.
The quick answer
| Refresh rate | Best for | Verdict |
|---|---|---|
| 60–75Hz | Office work, slower games and very low-cost systems | Acceptable, but no longer the ideal gaming target for most buyers |
| 120Hz | Consoles, laptops and cinematic games | Excellent step up from 60Hz |
| 144–165Hz | Most PC gamers | Best overall price-to-performance range |
| 180–200Hz | Buyers who find a small price difference | A sensible step up, but not a transformative upgrade |
| 240Hz | Competitive FPS players | Worthwhile when the PC consistently delivers about 200–240 FPS |
| 360Hz | Serious esports players | Useful with extremely high, stable frame rates; diminishing returns are substantial |
| 500–540Hz and above | Specialist esports setups | Unnecessary for most gamers |
The practical rule is simple: buy the highest refresh rate your computer can drive consistently in the games you actually play—but after roughly 144–165Hz, prioritize VRR, response time, resolution and image quality.
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Refresh rate is the maximum number of times a monitor can update its image each second, measured in hertz (Hz). A 60Hz monitor refreshes 60 times per second; a 240Hz monitor can refresh up to 240 times per second. Microsoft explains the Windows refresh-rate concept and configuration options in its monitor refresh-rate guide.
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Refresh rate is not the same as frames per second (FPS). FPS is how quickly the game and graphics hardware render frames. A 240Hz display cannot show 240 unique game frames if the game is running at 90 FPS. Conversely, a game rendering at 240 FPS will still be limited to the display’s configured refresh rate if Windows or the game is set to 60Hz. NVIDIA explains the distinction between FPS and refresh rate in its gaming FPS guide.
Refresh rate and frame time
Each refresh takes a certain amount of time. Higher refresh rates shorten that interval, which can improve smoothness and reduce the display-scan portion of latency.
| Refresh rate | Time per refresh | Typical use |
|---|---|---|
| 60Hz | 16.67ms | Basic gaming |
| 75Hz | 13.33ms | Entry-level upgrade |
| 120Hz | 8.33ms | Console and general gaming |
| 144Hz | 6.94ms | Mainstream PC gaming |
| 165Hz | 6.06ms | High-performance mainstream gaming |
| 180Hz | 5.56ms | Budget-friendly step above 165Hz |
| 200Hz | 5.00ms | Mid- to high-end gaming |
| 240Hz | 4.17ms | Competitive FPS |
| 360Hz | 2.78ms | Serious esports |
| 500Hz | 2.00ms | Specialist esports |
| 540Hz | 1.85ms | Specialist esports with exceptionally high FPS |
The gains are not linear. Moving from 60Hz to 120Hz cuts the refresh interval by 8.34ms. Moving from 240Hz to 360Hz cuts it by only 1.39ms. The latter is measurable, but it is far less noticeable and valuable for general gaming.
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At 144Hz or 165Hz, games look substantially smoother than at 60Hz, mouse movement feels more immediate, and fast camera pans are easier to follow. These monitors are widely available at 1080p and 1440p, and many gaming PCs can produce frame rates that make good use of them.
This range also leaves money for features that often matter more than another few dozen hertz: a higher resolution, stronger HDR, better contrast, a brighter panel, reliable VRR, improved ergonomics and faster measured pixel response.
Is 144Hz still good enough?
Yes. 144Hz remains an excellent choice and is usually the most rational starting point for a gaming monitor. It is not universally optimal: an esports specialist may benefit from 240Hz or more, while a single-player gamer may prefer 4K resolution at 120Hz. But for a mixed library of shooters, RPGs, racing games, strategy titles and multiplayer games, 144Hz is still highly capable.
Is 165Hz better than 144Hz?
Technically, yes, but the difference is modest. A 144Hz refresh lasts 6.94ms; a 165Hz refresh lasts 6.06ms—a difference of about 0.88ms. Choose 165Hz when it costs about the same or comes with a better panel, VRR range or resolution. Do not replace a much better 144Hz monitor solely for the extra 21Hz.
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When 120Hz is the right choice
120Hz is the important target for current high-performance console gaming, provided the console and the game support 120Hz output. The game may also need a performance mode, and the monitor must support the required signal over HDMI. Check the console’s output capability, the game’s settings, the monitor manual and the HDMI bandwidth before buying.
A 240Hz monitor does not normally provide a console benefit proportional to its price. It makes more sense when the same display will also be connected to a gaming PC.
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120Hz is also a strong choice for laptops and players focused on cinematic games. It is a clean multiple of 60Hz, so fixed 60-FPS content can be displayed with each frame held for two refresh cycles.
Choosing by game type
Single-player AAA and cinematic games
Choose 120–165Hz, then prioritize resolution, HDR, contrast and VRR. Modern AAA games often use demanding lighting, ray tracing and high-quality textures. A good 1440p 165Hz or 4K 120–165Hz display can be a better experience than a 1080p 360Hz monitor if your games usually run between 60 and 140 FPS.
Competitive FPS games
Choose 240Hz if your PC regularly produces around 200–240 FPS or more in the games you play. Competitive shooters benefit most from high refresh rates because motion clarity and small latency differences can matter during rapid aiming. NVIDIA discusses low-system-latency aiming and high-refresh testing in its latency research.
The benefit still depends on stable frame times, low system latency, fast pixels, appropriate overdrive and low measured monitor input lag. A high refresh rate alone will not compensate for inconsistent performance or a slow panel.
Racing and fighting games
120–165Hz is usually the sensible range. Racing games can look smoother at 240Hz, but resolution, HDR and image quality may matter more for the visual detail of tracks and environments. Fighting games are often designed around fixed frame timing, so check the individual game’s requirements rather than assuming that extreme refresh rates are necessary.
Strategy and simulation games
Choose 120–165Hz unless you also play fast competitive titles. These games generally place more value on resolution, screen size, text clarity and workspace than on 360Hz-plus motion performance.
Cloud gaming
A high-refresh monitor cannot create frames that are not delivered by the streaming service. Network latency, stream frame rate, compression and connection stability may dominate the experience. A good 120Hz or 144Hz display can still be useful for local games and desktop use, but do not buy 360Hz solely for cloud gaming.
Is 240Hz worth it over 144Hz?
It can be worthwhile for competitive players, but it is not an automatic upgrade for everyone. The refresh interval drops from about 6.94ms at 144Hz to 4.17ms at 240Hz, a reduction of approximately 2.77ms.
That is real, but much smaller than the 60Hz-to-144Hz transition. A 240Hz monitor is most defensible when competitive shooters are your primary use, your system regularly produces at least 200 FPS, and you are willing to prioritize speed over a larger or higher-resolution display.
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For a general gamer whose frame rate varies from 70 to 160 FPS, a well-tuned 1440p 165Hz monitor with broad VRR will often be a better purchase.
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Should you buy 360Hz, 500Hz or 540Hz?
Only consider these rates for serious competitive gaming with exceptionally high and stable frame rates. At 360Hz, the refresh interval is 2.78ms; at 240Hz it is 4.17ms. The 1.39ms difference can matter in demanding esports tasks, but the improvement is small and highly dependent on the player, game and complete system.
500Hz and 540Hz monitors are real products, including some QHD OLED and dual-mode displays, but they target a narrow audience. They make sense when you routinely exceed 300–400 FPS in a lightweight competitive game, compete seriously, and accept possible compromises in resolution, HDR, screen size or price. Current examples can be found on manufacturer pages such as ASUS gaming monitors, Samsung gaming monitors and MSI monitors.
Do not buy a 500Hz monitor for a system that usually produces 120 or 144 FPS. You would pay for headroom the games cannot use.
VRR may matter more than maximum Hz
Variable refresh rate (VRR) allows the monitor to adjust its refresh timing to the game’s frame output. Common implementations include AMD FreeSync, NVIDIA G-SYNC or G-SYNC Compatible, DisplayPort Adaptive-Sync and HDMI Forum VRR.
VRR can substantially reduce tearing and stutter within its supported operating range. AMD notes that FreeSync synchronizes display refresh with game frames and can use frame doubling when the frame rate falls below the normal range. Check the exact range: a monitor advertised as 144Hz may support VRR from 48–144Hz, 60–144Hz or another interval.
For most non-esports players, a 144Hz or 165Hz monitor with reliable, broad VRR is more useful than a fixed 240Hz display with poor frame pacing or a narrow VRR range. If the game regularly exceeds the monitor’s maximum VRR rate, use a frame limiter appropriate to your setup. There is no universal cap that is optimal for every monitor, game engine and sync technology.
Higher refresh rate is not the same as lower input lag
Higher refresh rates reduce the display refresh-cycle component of latency, but total input lag also includes mouse or controller latency, game-engine processing, CPU and GPU render time, buffering, network latency, monitor processing and pixel response time.
Independent testing separates input lag from response time and shows that the improvement is much larger when moving from 60Hz to 120Hz than during later jumps such as 180Hz to 240Hz. See the RTINGS input-lag methodology when comparing specific monitors.
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- QHD Resolution (2560 x 1440) has 1.7 times the pixel density of Full HD for incredibly detailed pinsharp images
- HDR10 provides brighter highlights and nuanced shadow for added depth - making every scene feel more vivid and realistic
- The 180Hz refresh rate minimizes lag for gameplay with ultra-smooth action. Plus, the 1ms response time helps capture your moves in real-time, allowing you to react fast for gaming precision
- AMD FreeSync reduces choppiness, screen lag and image tearing, ensuring that your fast-paced, complex in-game action is stable with minimal stutter
- Ergonomic stand allows for tilt, pivot and height adjustments to maximize gaming comfort
Higher Hz does not automatically mean clearer motion
Higher refresh rates can improve motion clarity because frames are sampled more frequently and held for less time. However, the panel must transition its pixels quickly enough to keep up. Slow transitions can cause ghosting; overly aggressive overdrive can produce bright trails or inverse ghosting.
OLED panels generally provide extremely fast pixel response and strong contrast, while modern IPS monitors can also be very fast. VA panels offer strong contrast but some models show dark-level smearing. TN remains a speed-focused option, although fast IPS and OLED panels have changed the market. Manufacturer claims such as “1ms” or “0.03ms” are not substitutes for independent response-time and overshoot measurements. Intel recommends checking independent testing because manufacturers use different test conditions.
Backlight-strobing modes can improve motion clarity at selected fixed refresh rates, but they may reduce brightness, flicker, disable VRR or be unsuitable for flicker-sensitive users.
How much FPS do you need?
You do not need FPS to exactly match the monitor’s maximum Hz, but you need reasonably high and stable FPS to exploit a high-refresh display.
- 60 FPS on a 240Hz monitor: It will not feel like 240 FPS. VRR may still help, and the display has unused headroom.
- 80 FPS on a 240Hz monitor: The monitor cannot show 240 unique frames per second, although scanout and VRR behavior may still provide advantages.
- 240 FPS on a 60Hz monitor: The game may have lower engine latency, but the display remains limited to 60 refreshes per second and tearing may occur without synchronization.
- Variable FPS: VRR is particularly useful, provided the frame rate remains inside the monitor’s operating range.
Use your actual in-game average FPS, 1% lows and frame-time graph at the resolution and graphics settings you intend to use. A system averaging 220 FPS but frequently dropping to 90 FPS may not justify a 240Hz purchase as clearly as a system maintaining 180–200 FPS smoothly.
Frame generation can increase displayed FPS and make motion appear smoother, but generated frames do not replace the latency benefits of genuinely rendered frames. The base render rate and system latency still matter, so frame generation alone is not a reason to buy a 500Hz monitor.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Resolution and panel quality versus refresh rate
Once you reach approximately 144–165Hz, many buyers should improve resolution or image quality instead of chasing a higher refresh rate.
- 1080p at 240–540Hz: Easier to drive and well suited to esports.
- 1440p at 144–360Hz: A strong all-around PC gaming range.
- 4K at 120–240Hz: Excellent image quality, but considerably more demanding.
- Ultrawide displays: Immersive, but harder to drive at high FPS because they render more pixels.
Dual-mode monitors can combine options such as 4K at 240Hz and 1080p at 480Hz, or QHD at a very high rate. They suit hybrid players, but the lower-resolution mode may look noticeably softer and the price can be substantial.
What to check before buying
- Measure actual in-game FPS, including 1% lows and frame-time stability.
- Evaluate FPS at your intended resolution and graphics settings.
- Check the monitor’s VRR technology and full operating range.
- Look for independent input-lag measurements.
- Check measured response time, ghosting and overshoot rather than only the advertised figure.
- Confirm the maximum refresh rate for each HDMI, DisplayPort and USB-C input.
- Check the required cable, bandwidth, color depth and whether Display Stream Compression is needed.
- Compare brightness, contrast, HDR performance, resolution and panel quality.
- Check ergonomics, ports, speakers and stand adjustment.
- For OLED, review burn-in mitigation, warranty coverage and the manufacturer’s policy.
- Confirm that your laptop GPU, thermal performance and output connection can support the target mode.
How to enable the maximum refresh rate
Windows 10 and Windows 11
- Open Settings.
- Select System > Display.
- Select the correct monitor if multiple displays are connected.
- Open Advanced display.
- Choose the desired refresh rate from the available list.
Windows may remain at 60Hz even when the monitor supports more. Microsoft also notes that Dynamic Refresh Rate requires a VRR-capable display with a refresh rate of at least 120Hz, and that it can limit the maximum refresh rate in some games. Disable it if a game performs below expectations.
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- Right-click the desktop and open NVIDIA Control Panel.
- Select Display > Change resolution.
- Choose the correct monitor.
- Select the highest supported refresh rate and click Apply.
- For compatible displays, open Display > Set up G-SYNC and enable the appropriate VRR option.
NVIDIA documents this refresh-rate path in its Control Panel help.
AMD Radeon graphics
- Set the refresh rate in Windows.
- Open AMD Software: Adrenalin Edition.
- Check the display section for FreeSync status.
- Enable FreeSync when the monitor and connection support it.
- Confirm the game is using the intended refresh rate.
AMD’s exact menu labels can change between Adrenalin versions. FreeSync support also depends on the display, GPU and connection; consult AMD’s FreeSync documentation.
Common buying mistakes
Buying 240Hz for a 70-FPS system
The monitor will work, but most of its capacity will be unused. Spend the difference on a better GPU, VRR, resolution or panel.
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Using the wrong port or cable
Resolution, color depth and refresh rate can be limited by HDMI version, DisplayPort version, USB-C implementation, cable quality, GPU output and monitor firmware. Check the manual instead of assuming every port supports the advertised maximum.
Leaving Windows at 60Hz
After connecting the display, verify the setting under Settings > System > Display > Advanced display.
Trusting the response-time headline
A quoted “1ms” or “0.03ms” may describe a particular test mode rather than average real-world performance. Check independent measurements for response consistency, overshoot and input lag.
Sacrificing resolution unnecessarily
A 1080p 360Hz monitor may be ideal for a competitive FPS specialist but disappointing for someone who mainly plays cinematic AAA games. Match the display to the games, GPU and visual priorities.
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OLED can deliver superb contrast and extremely fast pixel response, but buyers with heavy static desktop use should review burn-in mitigation requirements and warranty coverage before purchasing.
Bottom line
Choose 144Hz or 165Hz for the best overall gaming value. Choose 120Hz for console-focused gaming, 240Hz for competitive FPS players who can sustain high frame rates, and 360Hz or above only when serious esports performance justifies the cost and image-quality trade-offs. The best monitor is not the one with the biggest Hz number; it is the one whose refresh rate, FPS capability, VRR, response time, resolution and image quality fit your actual games.
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