60 Hz vs 120 Hz vs 144 Hz Laptops: Is the Upgrade Worth It?

Honest breakdown of refresh-rate tiers, who benefits from each, and how to verify your panel actually runs at its rated Hz.

Published by LaptopTestOnline Editorial Team

60 Hz vs 120 Hz vs 144 Hz Laptops: Is the Upgrade Worth It?

Refresh rate is one of the easiest specs to oversell. Manufacturers love putting "165 Hz!" on the box, but for most people the jump from 60 Hz to 120 Hz matters far more than anything above. Here's an honest breakdown of what each tier actually feels like, and who benefits from each.

A quick reminder of what refresh rate is

Refresh rate is how many times per second your display redraws the image, measured in Hertz. A 60 Hz panel redraws 60 times a second; a 144 Hz panel redraws 144 times. Frame rate (fps) is how many new frames your GPU produces. The visible smoothness you actually see is whichever number is lower.

You can verify your current refresh rate any time with our free Refresh Rate Test.

60 Hz — the baseline

What you get:

  • Smooth enough for office work, browsing, video, photo editing.
  • Movies (24 fps) and standard YouTube (30 fps) look identical to higher-Hz panels.
  • Standard for basically every laptop made before 2020.

What you give up:

  • Mouse cursor and scrolling look "choppy" compared to higher tiers.
  • Fast-paced games show clear motion blur and ghosting.
  • UI animations on phones, tablets, and high-Hz laptops feel snappier than yours.

Who it's for: anyone whose main use is documents, spreadsheets, web, video, and casual creative work. Don't pay extra for higher refresh if this is you.

90 Hz / 100 Hz — uncommon, fine

Mostly found on Chromebooks and some entry creator laptops. Noticeably smoother than 60 Hz but not as marketed as 120 Hz. Fine if it lands in your budget — not worth seeking out.

120 Hz — the meaningful jump

The biggest perceptual upgrade per Hz. Going from 60 to 120 doubles the temporal information your eyes get. Cursor movement, scrolling, and animations feel "expensive" and responsive in a way that's hard to unsee.

What you get:

  • Visibly smoother browsing, scrolling, and document work.
  • Console-tier gaming smoothness (PS5 and Xbox cap at 120 fps).
  • Significantly less motion blur in fast video and games.
  • Modern OS animations look like they were always meant to.

What it costs:

  • Roughly $50–$150 premium on most laptops.
  • 10–15% higher GPU power draw at 120 Hz vs 60 Hz, so slightly worse battery life.

Who it's for: most people, honestly. If a laptop you'd otherwise buy is available with 120 Hz for a modest premium, take it.

144 Hz — the gaming standard

Functionally similar to 120 Hz; you won't see a dramatic difference unless you measure it. Common in gaming laptops because the legacy "144 Hz = gaming" branding is hard to shake.

Who it's for: gamers whose graphics cards can actually push 100+ fps in their preferred titles. Otherwise 120 Hz is just as good.

165 Hz / 240 Hz — diminishing returns

You can train your eyes to spot 144 vs 240 in side-by-side tests, but in real use it requires a GPU that consistently produces 240 fps to matter. That means esports titles at low settings (CS2, Valorant, Overwatch) and not much else.

Who it's for: competitive esports players who play one or two titles at low graphics settings and chase every millisecond of input latency.

360 Hz, 480 Hz, 500 Hz — pro esports only

Realistically only useful if you're playing for prize money. The visible improvement over 240 Hz is small, the GPU cost is huge, and most game engines are tuned for 144–240 fps anyway.

How the panel type affects this

Refresh rate is only one of three numbers that determine motion clarity. The other two:

  • Response time — how fast each pixel changes colour. A slow IPS panel at 144 Hz can have so much ghosting that it looks like 90 Hz. Look for response times around 1–4 ms (GtG) on gaming panels.
  • Variable refresh rate (VRR) — G-Sync, FreeSync, or VESA Adaptive-Sync sync the panel to the GPU and eliminate tearing. This matters more than raw Hz beyond 120.

An OLED 120 Hz panel with sub-1-ms response usually looks visibly better than a 144 Hz IPS with 5 ms response.

Battery life trade-offs

Higher refresh rate means more redraws per second, which means more GPU and panel power. Most modern laptops let you switch refresh rate dynamically. Setting your laptop to 60 Hz on battery can add 30–60 minutes of runtime. Some Windows laptops do this automatically with "Dynamic Refresh Rate."

Verifying what you're actually getting

It's depressingly common for laptops to ship with the refresh rate locked at 60 Hz by default, even when the panel supports 144+. After unboxing:

  1. Open Windows Settings → System → Display → Advanced display, and confirm the maximum value is selected.
  2. Run our Refresh Rate Test for ground truth. If the measured Hz matches your panel spec, you're good.
  3. Check that "Dynamic refresh rate" is enabled if you want auto switching on battery.

TL;DR — what to buy

  • General productivity: 60 Hz is fine; 120 Hz if affordable.
  • Light gaming + content consumption: 120 Hz.
  • Serious gaming: 144 Hz with good response time.
  • Competitive esports: 240 Hz on a panel with VRR.
  • Anything above 240 Hz: only if your GPU can sustain matching frame rates and you're chasing pro-tier responsiveness.

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