Gaming Laptop Refresh Rates: 60Hz vs 144Hz vs 240Hz

What refresh rate means on a gaming laptop

Refresh rate is the number of times a laptop display redraws the image on the screen each second, measured in hertz (Hz). A display listed at 60Hz redraws 60 times per second; a 144Hz display redraws 144 times; a 240Hz display redraws 240 times. Display specifications from laptop makers list refresh rates in this range, from 60Hz at the low end to 240Hz at the high end.

A higher refresh rate shows motion in more steps. Each refresh draws the position of a moving object; more refreshes per second mean the object's position is drawn at smaller intervals. That makes motion easier to track by eye. The effect matters most when a target moves quickly across the frame and you need to keep your aim on it.

Refresh rate is separate from resolution. A screen can offer 144Hz at a moderate resolution or a higher resolution at a lower refresh rate. The resolution guide explains how resolution and refresh rate interact on gaming laptops.

60Hz: the baseline for budget and big worlds

A 60Hz display redraws 60 times per second. Every gaming laptop screen exceeds the minimum display requirement Windows 11 sets, which is a 720p display larger than 9 inches diagonally. 60Hz is the baseline value on a gaming laptop, and it suits players who spend most of their time in large worlds where they explore and watch scenes unfold rather than track fast targets.

A 60Hz screen is often paired with a modest GPU on an entry-level gaming laptop. If your play is mostly single-player worlds, 60Hz is workable as long as the graphics card has enough memory to draw detailed scenes. The step from 60Hz to 120Hz is the first move up; the 60Hz vs 120Hz comparison covers it.

144Hz: the competitive sweet spot

A 144Hz display redraws 144 times per second, more than twice the rate of a 60Hz screen. This is the refresh rate most often attached to gaming laptop screens in the site's guides. It gives a clear step in motion clarity for competitive shooters while leaving the graphics card enough room to draw detailed scenes. The 144Hz gaming laptop guide collects models that pair this screen with the current GPU lineup.

The step from 144Hz to 165Hz is smaller than the step from 60Hz to 144Hz; the 144Hz vs 165Hz comparison explains when it matters. For players whose play is mostly competitive, the esports gaming laptop guide lists models built around high-refresh screens.

240Hz: for players who chase every advantage

A 240Hz display redraws 240 times per second, four times the rate of a 60Hz screen and double the rate of a 120Hz screen. Laptop display specifications list 240Hz as a top value for premium screens. For players who spend most of their time in competitive play, the extra intervals give the eye more position steps to follow. The gain over 144Hz is smaller than the gain from 60Hz to 144Hz, so 240Hz suits players who want the top of the range. The 240Hz gaming laptop guide lists models with this screen.

The differences between 165Hz and 240Hz, and between 240Hz and 360Hz, are covered in the 165Hz vs 240Hz comparison and the 240Hz vs 360Hz comparison.

How the GPU and display technologies fit together

Refresh rate is one part of what you see; the graphics card and the display technologies around it decide how well the screen can do its job. NVIDIA's GeForce RTX 50 Series laptops include G-SYNC, a display technology NVIDIA pairs with its GPUs. G-SYNC works alongside refresh rate; the G-SYNC vs FreeSync comparison explains the difference.

A MUX switch is another part of the display chain. It lets the display connect directly to the dedicated graphics card; without it, the display may be limited by the integrated graphics. The MUX switch guide goes into detail.

The graphics card's memory and processing power decide what the screen can draw, and the refresh rate decides how often it draws. If the GPU runs out of memory, the screen still redraws, but the scene it draws may lose detail. The VRAM explainer covers how much graphics memory a gaming laptop needs.

Choosing a refresh rate by the way you play

The refresh rate you pick should match the games you play most. In competitive shooters, a moving target appears and disappears across the frame, and a 144Hz or 240Hz screen gives the eye more position steps to follow. In large single-player worlds, the screen's refresh rate matters less than the graphics card's memory and speed, because those worlds ask the GPU to hold and draw a lot of detail.

The choice is not only about the screen; the GPU must be able to draw the scenes the refresh rate asks for. A 240Hz screen with a low-memory GPU still redraws 240 times, but the scenes it draws may lose detail. Match the refresh rate to the GPU that drives it, and the other way around.

• Competitive shooters: pick 144Hz or 240Hz for the most position steps.
• Large single-player worlds: 60Hz works when the GPU has enough memory; 144Hz is a comfortable step.
• Mixed play: 144Hz is the middle ground between 60Hz and 240Hz.

What to pick for your play

Questions

Is 60Hz enough for a gaming laptop?

60Hz is workable for games where you do not need to track fast motion. For competitive shooters, a higher refresh rate gives the eye more position steps, so 144Hz or 240Hz is a better fit.

What is the difference between 144Hz and 240Hz?

144Hz redraws the screen 144 times per second and 240Hz redraws it 240 times. The added updates give more position steps, but the gain from 144Hz to 240Hz is smaller than the gain from 60Hz to 144Hz.

Does a higher refresh rate require a better graphics card?

A higher refresh rate asks the graphics card to deliver more drawn images per second. A laptop with a modest graphics card may not reach the full refresh rate in demanding scenes; the screen still redraws at its set rate.

Are G-SYNC and refresh rate the same thing?

No. Refresh rate is how often the display redraws. G-SYNC is a display technology on NVIDIA GeForce RTX laptops that works alongside the refresh rate; the article on this site explains the difference between G-SYNC and FreeSync.

Is refresh rate the same as response time?

No. Refresh rate is how often the screen redraws; response time is a separate display property. The response time article covers that.

Which refresh rate should I look for in the site's guides?

The site has separate guides for 144Hz and 240Hz gaming laptops, so you can compare models by screen refresh rate and the GPU that pairs with it.