Laptop Refresh Rate
By the Pixlaps team - Updated 2026-07-12
Key takeaways
- OKRefresh rate is how many times the screen updates per second, measured in hertz (Hz).
- OK60Hz is standard for everyday use; 120Hz, 144Hz and 165Hz give smoother motion and lower input lag for gaming and fast UI work.
- OKHigher refresh rate benefits depend on the GPU and the tasks — gaming and fast-paced content benefit most, while static productivity tasks see little gain.
- OKIf your GPU cannot produce high frame rates at the laptop’s native resolution, a higher refresh rate may be wasted — balance GPU power, resolution, and refresh rate when choosing a machine.
- OKMany gaming laptops in the catalog use 144Hz, 165Hz, 240Hz or higher panels; check the spec line to confirm the panel’s Hz before buying.
What 'refresh rate' means
Refresh rate is the number of times a display redraws its image each second, expressed in hertz (Hz). A 60Hz panel updates sixty times per second, a 144Hz panel 144 times, and so on. Higher refresh rates produce smoother motion and can reduce perceived blur when things move quickly on-screen.
Refresh rate is a property of the display hardware and is separate from resolution (pixels). Two panels with the same resolution can have very different motion clarity if their refresh rates differ. Refresh rate also interacts with frame rate (frames per second) produced by the GPU; to see the benefit of a 144Hz panel you need the GPU to supply high enough frame rates.
60Hz — the everyday baseline
60Hz is the most common refresh rate for non-gaming laptops and is perfectly adequate for web browsing, office work, watching video, and most software. Motion feels natural and battery life is typically better on lower-Hz panels because the panel draws less power for refresh operations.
Choose a 60Hz laptop if you prioritise battery life, cost, or if you mainly use the machine for document editing, email, video streaming, and light photo work. Many non-gaming thin-and-light models use 60Hz panels by default.
120Hz and 144Hz — the sweet spot for gaming
120Hz and 144Hz panels are common in mid-range and higher-tier gaming laptops. They offer noticeably smoother motion compared with 60Hz, and reduce input lag — an advantage in competitive and fast-paced titles. In our snapshot several laptops list 144Hz or 165Hz panels, and many 144Hz models are positioned as gaming machines.
If you play competitive shooters or fast-action games, a 120Hz or 144Hz laptop is a solid choice. However, to fully benefit you need a GPU that can regularly produce frame rates close to the panel’s refresh rate at the laptop’s native resolution; otherwise the panel’s extra capability will be underutilised.
165Hz and beyond — higher refresh rates and who they suit
165Hz and higher (180Hz, 240Hz, 360Hz) push motion clarity further and are used on gaming laptops targeted at high-frame-rate play. Several models in the catalog advertise 165Hz, and there are examples with 240Hz and even 360Hz panels, showing tiered positioning for gamers.
These very high refresh rates benefit players who prioritise maximum responsiveness and who run games at lower graphical settings or at resolutions where their GPU can reach extremely high frame rates. For single-player titles focused on visuals, the difference is less dramatic than for competitive esports.
When refresh rate matters more than resolution
Refresh rate becomes more important than resolution when smooth motion and low input lag are critical — for example in competitive multiplayer games where reaction time and tracking matter more than visual fidelity. A 1080p laptop with 144Hz will often perform better for fast gaming than a QHD laptop capped at 60Hz if the GPU cannot push high frame rates at QHD.
Conversely, if you prioritise visual detail (photo and video editing, single-player AAA games for immersion) and your GPU can comfortably run at higher resolutions, resolution may matter more. The buyer decision should balance the GPU’s real-world frame rates at the panel’s native resolution with whether you value silky motion or pixel density.
Practical checklist before you buy
Confirm the panel’s advertised refresh rate in the laptop spec — many gaming models in the snapshot explicitly state 144Hz, 165Hz, 240Hz or higher in their titles. Match that number to realistic frame rates your GPU can achieve at the laptop’s native resolution and settings.
Consider adaptive sync technologies (like G-Sync or FreeSync) which reduce stutter and tearing when frame rate varies. Also check battery-life trade-offs: higher refresh-rate panels can reduce runtime, so weigh mobility against performance. Finally, test the laptop in person when possible to judge perceived smoothness and brightness under real-world conditions.
Frequently Asked Questions
Does a higher refresh rate always make games look better?
Higher refresh rates make motion smoother and can reduce input lag, but the GPU must produce high enough frame rates to take advantage. If frame rates are low, the visual improvement is limited.
Is a 144Hz panel worth it for single-player games?
For single-player story games prioritising visual fidelity, the benefit is smaller than for competitive titles. A 144Hz panel still improves general smoothness, but many players prefer higher resolution over very high refresh rates for single-player immersion.
Will a 165Hz panel drain battery faster than a 60Hz panel?
In general, higher refresh-rate panels can consume more power during use, which may reduce battery life compared with a 60Hz panel. Actual battery impact depends on panel efficiency and system power settings.
If a laptop lists QHD 165Hz is that better than FHD 240Hz?
It depends on priorities and GPU capability. QHD gives more pixels and detail; FHD at higher Hz gives smoother motion. Choose QHD 165Hz if you want sharper visuals and your GPU can drive that resolution at high frame rates; choose FHD 240Hz if top-tier frame rates and responsiveness are your priority.
How do I check the panel refresh rate on a laptop I already own?
On Windows, check Settings > System > Display > Advanced display and view the ‘Refresh rate’ field, or use a third-party system information tool. The laptop’s spec sheet or manufacturer page will also list the native panel Hz.