The future of gaming monitors beyond 240Hz arrived faster than expected: native 1000Hz desktop monitors are now real products in 2026.
At the same time, monitor development is splitting in two directions: extreme-refresh esports displays at 1080p/QHD, and higher-resolution OLED/QD-OLED screens that combine 4K-class image quality with 240Hz or more.
| 2026 milestone | What it means |
|---|---|
| 1000Hz native FHD | LG UltraGear 25G590B is a shipping 1000Hz Full HD esports monitor |
| 1040Hz dual mode | Samsung Odyssey G6 G60H combines native QHD up to 600Hz with a 1040Hz high-speed mode |
| 540Hz OLED | ASUS announced a 24.5-inch Tandem WOLED esports monitor at 540Hz |
| 4K 240Hz OLED/QD-OLED | High resolution and high refresh are now converging |
| 6K gaming | Samsung’s 2026 Odyssey G8 pushes resolution beyond 4K |
1000Hz is no longer a future concept
LG announced the UltraGear 25G590B in May 2026 and confirmed U.S. availability in August at a $999.99 launch price.
It is a 25-inch-class Full HD display with a native 1000Hz refresh rate. LG’s Australian product page also advertises an up-to-1100Hz overclock mode, although Adaptive-Sync support changes in that mode.
See LG’s current 1000Hz UltraGear.
Samsung is pushing QHD toward four-digit refresh rates
Samsung’s 2026 Odyssey G6 (G60H) takes a different approach: native QHD up to 600Hz with a 1040Hz Dual Mode.
That matters because ultra-high refresh is no longer restricted entirely to low-resolution TN-style esports panels.
See Samsung’s 2026 Odyssey announcement.
OLED is getting fast enough for esports
At Computex 2026, ASUS announced the 24.5-inch ROG Strix OLED XG259QWPG Ace, a Tandem WOLED esports display with a 540Hz refresh rate and quoted 0.02ms response time.
OLED’s near-instant pixel transitions are important because refresh rate alone does not guarantee clean motion. A slow LCD at a very high refresh rate can still show response-time artifacts. For the broader trade-offs, see OLED vs IPS vs Mini-LED for Gaming, including brightness, HDR and burn-in risk.
See ASUS’s Computex 2026 display announcement.
Our monitor ghosting guide explains that refresh-rate/pixel-response distinction.
How much does 1000Hz reduce frame time?
The frame interval gets smaller as refresh rate rises:
| Refresh rate | Time per refresh |
|---|---|
| 240Hz | 4.17ms |
| 360Hz | 2.78ms |
| 500Hz | 2.00ms |
| 600Hz | 1.67ms |
| 1000Hz | 1.00ms |
That does not mean a 1000Hz monitor automatically makes you react 3.17ms faster than a 240Hz monitor. Total system latency also includes the mouse, CPU/game engine, GPU rendering, frame delivery, display processing and your own reaction time.
You also need extremely high FPS
A 1000Hz panel can refresh every millisecond, but a game running at 180fps cannot supply 1000 unique frames per second.
These extreme-refresh displays therefore make the most sense for esports titles that can reach very high frame rates at deliberately modest resolutions and graphics settings.
For most gamers, 4K 240Hz may matter more
The broader high-end market is moving toward displays that combine 4K resolution, OLED-class response and 240Hz refresh.
That delivers a more obvious improvement in image quality for RPGs, racing games and general use than jumping from 240Hz to 1000Hz while remaining at 1080p.
DisplayPort 2.1 matters more as bandwidth rises
High resolution plus high refresh requires enormous display bandwidth. DisplayPort 2.1 is increasingly important on premium monitors and current high-end GPUs, although Display Stream Compression can also make demanding modes practical.
Always check the exact port, cable and GPU support required for the monitor’s maximum mode.
What about 8K?
8K exists as a display technology, but gaming monitor development in 2026 is more visibly focused on very high refresh rates, OLED improvements, 4K/6K resolution and dual-mode operation.
Our 8K gaming TV guide explains why native 8K gaming remains niche.
Is anything above 240Hz worth buying?
For competitive players who can actually render several hundred frames per second, yes. The reduction in frame interval and improvement in motion sampling are real.
For most players, the money may be better spent on OLED response, HDR quality, resolution or a stronger GPU before chasing four-digit refresh rates.
Quick answer
Gaming monitors are now beyond the “360Hz and 480Hz are coming” stage: native 1000Hz is commercially real in 2026, 1040Hz dual-mode QHD has been announced, and 540Hz OLED is emerging. The next battle is not simply refresh rate — it is combining speed with OLED-class response, HDR and higher resolution.
