Can the human eye see more than 60Hz?

Yes, easily. The 60Hz limit is a myth — most people can detect smoothness improvements up to roughly 240Hz, with diminishing perceptual returns above that. The eye doesn't have a 'frame rate', but the brain processes motion clarity, blur reduction and click-to-photon latency, all of which improve measurably from 60 → 144 → 240 → 360Hz. The 60 → 144 jump is profound; 144 → 240 is noticeable; 240 → 360 is subtle except in fast-flick FPS scenarios.

Is 144Hz enough for gaming in 2026?

Yes, 144Hz is the modern floor for any new gaming purchase. It delivers a transformational jump from 60Hz, runs cleanly on mid-range GPUs (RTX 4060, RX 7600), and is well below the GPU ceiling for most AAA titles at 1440p. For casual gaming, MMOs, RPGs and slower-paced shooters, 144Hz is the sweet spot. Only step up to 240Hz+ if you play competitive shooters and have the GPU to hit those frame rates.

Is 240Hz worth it over 144Hz?

Yes if you play competitive FPS games (CS2, Valorant, Apex, Overwatch 2). The motion clarity gain from 144 → 240Hz is the second-biggest visual upgrade after 60 → 144Hz, particularly for tracking targets and reducing perceived motion blur. For single-player AAA gaming, 240Hz is largely cosmetic — you'll rarely hit 240 FPS at high settings on a 1440p display anyway.

Who actually needs a 360Hz monitor?

Competitive ranked players in fast-flick FPS games (CS2, Valorant, Apex, Overwatch) who already have an RTX 4080-class GPU or better. The pro-tier perception advantage of 360Hz over 240Hz is real but tiny — measured in single-digit milliseconds of click-to-photon latency. For 95% of buyers it's wasted money. For someone grinding ranked CS2 at FaceIt 10 level, it's a meaningful edge.

What GPU do I need for 240Hz at 1440p?

For esports titles at 240+ FPS: RTX 4070 Super or RX 7800 XT is the floor. For AAA titles at 240Hz at 1440p with DLSS/FSR: RTX 4080 Super or RX 7900 XTX minimum. For 360Hz: you essentially need an RTX 4090 / RTX 5090 to maintain consistent frames in newer titles — most users at this tier run lower resolution (1080p) to hit the refresh ceiling.

Does panel type matter as much as refresh rate?

Yes, sometimes more. A 240Hz IPS or OLED panel with 1ms response time will look dramatically smoother than a 360Hz TN panel — because slow pixel response causes motion blur that erases the refresh-rate advantage. The hierarchy: OLED > Fast IPS > IPS > VA > TN. A 240Hz fast IPS or OLED is usually a better choice than 360Hz on cheaper panel tech.

Is 240Hz noticeable over 144Hz for casual gaming?

Slightly, but the perceptual gap is much smaller than 60 → 144Hz. For RPGs, MMOs, single-player games and turn-based titles, you'll notice the smoothness in menu scrolling and camera pans but it won't change your gameplay experience. For casual buyers, 144Hz IPS at 1440p is the better value than 240Hz at the same price.

How much do high-refresh monitors cost in SA (May 2026)?

1440p 144Hz IPS: R5,500-R8,500 (Gigabyte M27Q, LG 27GP850). 1440p 240Hz IPS: R8,500-R14,000 (LG 27GP950, Samsung Odyssey G5). 1440p 240Hz OLED: R14,000-R22,000 (LG 27GR95QE, ASUS PG27AQDM). 1080p 360Hz IPS: R7,500-R12,000 (ASUS PG259QNR, Alienware AW2521HF). 1440p 360Hz QD-OLED: R18,000-R26,000 (LG 27GS95QE, Samsung Odyssey OLED G6).

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144Hz vs 240Hz vs 360Hz — Which Refresh Rate - Editorial

Refresh Rate Comparison

144Hz vs 240Hz vs 360Hz. — Which refresh rate is your money's worth.

The gap from 60 to 144Hz is the biggest visual jump in PC gaming since SSDs. The gap from 144 to 240 is meaningful. The gap from 240 to 360 is the smallest, but loudest in marketing. Here's the line between paying for clarity and paying for a number on the box.

9 min read
Updated May 2026
Reviewed by Evetech Display Team

By the end of this guide, you'll know which refresh rate matches your games, your GPU and your eyes — and which one is wasted on you.

144Hz frame time: 6.9 ms
240Hz frame time: 4.2 ms
360Hz frame time: 2.8 ms

The "human eye can't see past 60Hz" myth

This one refuses to die. The truth is simpler and more interesting than either side of the argument: the eye doesn't have a frame rate at all. The brain processes motion clarity, blur reduction and click-to-photon latency as a continuous experience — all of which improve measurably as refresh climbs.

When you drag a window across a 60Hz screen, your eye smoothly tracks it but the screen jumps. The mismatch shows up as motion blur. Drag the same window on a 144Hz screen, and the tracking lines up much better with what the display actually delivers. Drag it on a 240Hz, and it gets smoother still. Drag it on a 360Hz OLED and it's essentially indistinguishable from moving a physical object in the real world.

The diminishing-returns curve is real, but it doesn't stop at 60. It doesn't stop at 144 either. It just gets less dramatic at each step:

60 → 144 is a step change. 144 → 240 is a clear upgrade. 240 → 360 is a polish. Above 360, you're paying for press releases.

Frame pacing — the number that actually matters

Refresh rate marketing focuses on the headline Hz number, but the experience is determined by frame time — how many milliseconds pass between each new image. At 60Hz, you see a new frame every 16.7 ms. At 144Hz, every 6.9 ms. At 240Hz, every 4.2 ms. At 360Hz, every 2.8 ms.

Refresh rate	Frame time	Click-to-photon (typical)
60Hz	16.7 ms	50-70 ms
144Hz	6.9 ms	22-30 ms
240Hz	4.2 ms	15-22 ms
360Hz	2.8 ms	10-14 ms
540Hz (exotic)	1.9 ms	8-11 ms

Notice the diminishing returns. Going from 60 to 144 buys you 9.8 ms of latency reduction — a transformative gap. Going from 144 to 240 buys 2.7 ms. Going from 240 to 360 buys 1.4 ms. That's why 144Hz feels miraculous, 240Hz feels great, and 360Hz feels "slightly snappier" except in the situations it specifically improves (fast-flick aiming, rapid camera pans).

GPU horsepower — match the monitor to the card

A high-refresh monitor is wasted if your GPU can't feed it consistently. Here's the GPU floor for each refresh rate, by resolution and game type.

Esports titles (CS2, Valorant, Apex, Overwatch)

These games are CPU-light and GPU-friendly. Most modern GPUs can hit 240+ FPS at 1440p in esports titles.

144Hz at 1440p: RTX 4060 / RX 7600 floor
240Hz at 1440p: RTX 4070 / RX 7700 XT floor
360Hz at 1440p: RTX 4070 Super / RX 7800 XT
360Hz at 1080p: RTX 4060 Ti / RX 7600 XT

AAA single-player at high settings (Cyberpunk, Hogwarts, Outlaws)

These hit the GPU hard. Without DLSS/FSR, 240+ FPS is rare even on flagship cards at 1440p.

144Hz at 1440p high: RTX 4070 Super / RX 7800 XT
240Hz at 1440p (with DLSS Quality): RTX 4080 Super / RX 7900 XTX
360Hz at 1440p (with DLSS Balanced): RTX 4090 / RTX 5080+
360Hz at 1080p: RTX 4070 Super or above

Panel tech caveats — Hz isn't everything

The single biggest mistake high-refresh buyers make is choosing Hz over panel type. A 360Hz panel with slow pixel response will look like 144Hz with extra steps. Pixel response (how fast each pixel can change colour) sets the real motion-clarity ceiling.

Panel type	Real GtG response	Best for
OLED / QD-OLED	0.03-0.1 ms	Best in class — colour + motion clarity
Fast IPS (Nano IPS)	1 ms	Sweet spot — colour and motion
Standard IPS	3-5 ms	Good colour, decent motion
VA	4-8 ms (worse on dark transitions)	Contrast for media + slow games
TN	1 ms (advertised), poor colour	Avoid in 2026 — fast IPS is better

The hierarchy: a 240Hz OLED beats a 360Hz IPS, and a 240Hz fast IPS beats a 360Hz VA. If you're shopping at the high-refresh end, OLED or fast IPS panel tech matters more than the headline Hz number on the box.

Competitive gain — is 360Hz really faster?

The competitive advantage of higher refresh is real but measured in milliseconds, not skill points. Nvidia's research on click-to-photon latency in Valorant showed:

60 → 144Hz: ~25 ms total latency reduction, 8% improvement in flick-shot accuracy
144 → 240Hz: ~7 ms reduction, 3% improvement in flick accuracy
240 → 360Hz: ~3 ms reduction, ~1% improvement in flick accuracy

In other words: a Silver-ranked player going from 60Hz to 144Hz will probably climb a tier purely from the smoothness gain. A Diamond going from 240 to 360 will see a marginal edge that only matters at the very top of the ladder.

The honest answer: if you're sub-Diamond/Global in CS2 or sub-Immortal in Valorant, your skill ceiling is higher than what 360Hz adds. If you're at the top of the ranked ladder grinding for pro qualifier points, the 1-2% edge becomes meaningful — but you'd already know that.

SA monitor pricing — May 2026

South African monitor pricing has stabilised through 2025-2026 as USD prices dropped and rand strengthened. The high-refresh OLED tier is now genuinely affordable for the first time.

Spec / panel	SA price band	Representative models
1440p 144Hz IPS	R5,500-R8,500	Gigabyte M27Q-X, LG 27GP850, Dell S2722DGM
1440p 240Hz IPS	R8,500-R14,000	LG 27GP950, Samsung G5 27", ASUS PG27AQN
1440p 240Hz OLED	R14,000-R22,000	LG 27GR95QE, ASUS PG27AQDM, Dell AW2725DF
1080p 360Hz IPS	R7,500-R12,000	ASUS PG259QNR, Alienware AW2521HF
1440p 360Hz QD-OLED	R18,000-R26,000	LG 27GS95QE, Samsung Odyssey OLED G6, Alienware AW2725QF
4K 240Hz OLED (premium)	R26,000-R38,000	LG 32GS95UV, Samsung Neo G8 OLED, MSI MPG 321URX
540Hz IPS (exotic)	R15,000-R22,000	ASUS PG248QP, Dell AW2524H

Recommendations by player type

Casual / single-player / MMO

1440p 144Hz fast IPS, R6,000-R8,500. Gigabyte M27Q, LG 27GP850, Dell S2722DGM. Anything more is wasted money for your use case. Spend the saved budget on better speakers or a comfy chair.

Mixed gaming / hybrid competitive + AAA

1440p 240Hz fast IPS, R9,000-R13,000. LG 27GP950, ASUS PG27AQDM, Samsung G5. The Goldilocks tier — fast enough for ranked CS2, beautiful enough for Cyberpunk.

Hardcore competitive (Valorant/CS2 ranked grind)

1440p 240-360Hz OLED, R15,000-R22,000. Dell AW2725DF, LG 27GS95QE, Samsung Odyssey OLED G6. OLED's near-instant pixel response is the biggest motion clarity gain available.

Pro-level / ranked qualifiers

1080p 360-540Hz, RTX 4080+ class GPU. ASUS PG248QP (540Hz), LG 27GS95QE (480Hz OLED). At this level the resolution drop to 1080p is intentional — easier head-tracking, lower input latency, every millisecond counted.

Key takeaways

144Hz is the modern floor. The 60→144 jump is the single biggest visual upgrade in PC gaming.
240Hz is the value sweet spot for competitive players, especially on fast IPS or OLED.
360Hz is for ranked grinders with RTX 4080+ hardware. Marginal for everyone else.
Panel type can matter more than refresh — 240Hz OLED beats 360Hz IPS for motion clarity.
Match the refresh to your GPU. A 360Hz monitor at 180 FPS is worse than 240Hz at locked 240.

Frequently asked questions

Can the human eye see more than 60Hz?
Yes, easily. Most people detect smoothness improvements up to roughly 240Hz with diminishing perceptual returns above. 60→144 is profound, 144→240 noticeable, 240→360 subtle.
Is 144Hz enough for gaming in 2026?
Yes, 144Hz is the modern floor for any new gaming purchase. Transformational over 60Hz, runs cleanly on mid-range GPUs, and well below the GPU ceiling for most AAA at 1440p.
Is 240Hz worth it over 144Hz?
Yes for competitive FPS games. The 144→240 jump is the second biggest after 60→144. For single-player AAA it's largely cosmetic — you won't consistently hit 240 FPS at high settings.
Who actually needs a 360Hz monitor?
Ranked competitive players in CS2/Valorant/Apex with RTX 4080+ class GPU. The advantage is real but small — measured in single-digit milliseconds. Wasted on 95% of buyers.
What GPU do I need for 240Hz at 1440p?
Esports: RTX 4070 Super / RX 7800 XT floor. AAA with DLSS Quality: RTX 4080 Super / RX 7900 XTX. For 360Hz at 1440p in modern games you essentially need RTX 4090 / 5080+.
Does panel type matter as much as refresh rate?
Sometimes more. A 240Hz OLED with 0.03ms response will look smoother than 360Hz IPS or VA. The hierarchy: OLED > fast IPS > IPS > VA > TN.
Is 240Hz noticeable over 144Hz for casual gaming?
Slightly, in menu scrolling and camera pans, but not enough to change your gameplay. For RPGs, MMOs, single-player, 144Hz IPS at 1440p is better value than 240Hz at the same price.
How much do high-refresh monitors cost in SA?
1440p 144Hz IPS: R5,500-R8,500. 1440p 240Hz IPS: R8,500-R14,000. 1440p 240Hz OLED: R14,000-R22,000. 1080p 360Hz IPS: R7,500-R12,000. 1440p 360Hz QD-OLED: R18,000-R26,000.

Related guides

How to Choose a Gaming Monitor — Resolution, refresh, panel type and HDR all explained.
OLED vs IPS Gaming Monitors — Burn-in reality, response time and price-per-pixel.
Best GPU for 1440p Gaming 2026 — Match your card to your refresh rate target.
Browse Gaming Monitors — Filter by refresh, panel and resolution. SA stock.