On paper, 144Hz is only 20 percent faster than 120Hz, which raises a fair question for anyone shopping on a budget: is that difference big enough to justify paying more, or is it the kind of spec bump that mostly matters in marketing copy?
- 120Hz and 144Hz are close enough that most players won’t reliably tell them apart in blind testing.
- 144Hz panels are often priced only slightly higher, making it an easy upgrade when available at similar cost.
- 120Hz is the standard refresh rate for current-gen consoles, while 144Hz is more of a PC gaming and monitor-market number.
- The bigger factor is usually panel type and response time, not the 24Hz gap between these two numbers.
Where These Two Numbers Come From
120Hz became the refresh rate ceiling for the PlayStation 5 and Xbox Series X/S, which is why it shows up constantly in TV and monitor marketing tied to console gaming. 144Hz, on the other hand, has been a PC gaming monitor standard for years, going back to early competitive gaming panels before 240Hz and higher existed.
- 120Hz refreshes every 8.3 milliseconds
- 144Hz refreshes every 6.9 milliseconds
- The gap between them is about 1.4 milliseconds per refresh cycle
That is a small enough gap that it rarely shows up as a night-and-day difference the way 60Hz to 120Hz does.
Spec Comparison
| Factor | 120Hz | 144Hz |
|---|---|---|
| Refresh interval | 8.3ms | 6.9ms |
| Common platform association | Consoles, TVs, monitors | PC monitors specifically |
| GPU demand | Slightly lower | Slightly higher |
| Typical price gap | Baseline | Often minimal at the same panel tier |
| Perceptible difference from 60Hz | Large | Large |
Is the Difference Worth Paying For
This is where the honest answer disappoints people expecting a clear winner. In most retail listings, 120Hz and 144Hz monitors at the same panel size and resolution are priced close enough that the extra 24Hz costs very little extra, which changes the calculus.
Bottom Line: If a 144Hz panel costs about the same as a 120Hz one with otherwise identical specs, there’s little reason not to take the higher number. But paying a real premium purely to go from 120Hz to 144Hz, ignoring panel type or response time, is rarely worth it on its own.
What tends to matter more is the underlying panel quality. A 120Hz IPS panel with strong response times will often feel smoother in practice than a cheap 144Hz panel with high pixel overshoot or poor overdrive tuning, something RTINGS’ gaming monitor testing repeatedly shows when comparing panels with similar refresh rates but different response time behavior.
Console Versus PC Considerations
- Console gamers on PS5 or Xbox Series X/S are capped at 120Hz regardless of the display’s ceiling, so a 144Hz TV or monitor offers no extra benefit for console-only use
- PC gamers with a GPU capable of sustaining higher frame rates can actually use the extra headroom 144Hz provides
- Competitive PC games where every frame counts (shooters, racing sims) benefit more from 144Hz than slower-paced or narrative games
The Real-World Verdict
Based on how this comparison plays out for typical buyers, the recommendation splits pretty cleanly by use case.
- Choose 144Hz if building a PC-focused gaming setup and the price difference over 120Hz is small or nonexistent
- Choose 120Hz if primarily gaming on PS5 or Xbox Series X/S, since the console hardware won’t exceed that ceiling anyway
- Don’t overthink it if the panel type, resolution, and response time are otherwise identical between two options, since the 24Hz gap alone won’t make or break the experience
For a bigger, more noticeable jump in refresh rate, the 60Hz vs 120Hz comparison is the one that actually changes the day-to-day feel of a display. Those weighing whether to go even higher can check the 120Hz vs 240Hz breakdown for where returns start to diminish.
FAQ
1. Can most people tell 120Hz and 144Hz apart?
Not reliably in blind testing. The difference is real on paper but subtle enough that panel quality and response time usually matter more to perceived smoothness.
2. Does 144Hz require a better GPU than 120Hz?
Slightly, since sustaining higher frame rates to match the panel’s ceiling puts a bit more load on the GPU, though the difference is minor compared to jumping to 240Hz.
3. Is 144Hz useless for console gaming?
Mostly, yes, since current PS5 and Xbox Series X/S hardware tops out at 120Hz in supported games, so a 144Hz display offers no extra benefit there.
4. Which should I buy if the price is the same?
Take the 144Hz option if all other specs (panel type, resolution, response time) are equal, since there is no real downside to the higher number.
Refresh rate specifications referenced here reflect manufacturer data and independent display testing available as of publish date.
