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The four-digit Hertz figure was bound to arrive eventually. On August 27, 2026, Samsung presented its Odyssey lineup for 2027 at Gamescom in Cologne and provided more specific details about the new Odyssey G6 G60H. In Dual Mode, the 27-inch monitor reaches up to 1,100 Hz at HD resolution and up to 600 Hz in QHD. Samsung accordingly describes the model as the world’s first gaming monitor with 1,100 Hz. What is interesting here is that Samsung has added further improvements compared with the version already shown at CES. The data now communicated is intended to correspond to the final launch specification. However, Samsung has not yet announced a price. The global market launch is scheduled for the second half of 2026. The Odyssey G6 uses a 27-inch Fast IPS panel and operates in normal QHD mode at 2,560 × 1,440 pixels and up to 600 Hz. Anyone who actually wants to use the maximum 1,100 Hz must switch to HD mode.

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Samsung is thus pursuing an approach that is increasingly appearing in extremely fast monitors: high resolution and maximum refresh rate do not have to be used simultaneously. QHD remains available for normal use or graphically demanding games, while competitive titles can be switched to a lower resolution and correspondingly higher frequencies. At 1,100 Hz, the time between two complete image refreshes is already less than one millisecond. However, this only becomes practically usable if the system actually delivers extremely high frame rates. A three-digit frame rate is logically insufficient here to exploit the panel’s potential.

Titles such as Counter-Strike 2, Valorant, and other competitive shooters are therefore the obvious use case. In modern AAA games with high detail settings, even current high-end hardware is likely to rarely reach ranges in which 600 or even 1,100 Hz can be fully utilized. The G6 is by no means alone within the new Odyssey lineup. Samsung is also combining high resolutions with switchable high-frequency modes in its new QD-OLED models. The 49-inch Odyssey OLED G9 G95SJ operates normally at 5,120 × 1,440 pixels and 360 Hz. In Dual-HD mode with 2,560 × 720 pixels, the refresh rate rises to up to 720 Hz. The 32-inch OLED G8 G80SJ is even more flexible. It can switch between UHD at 360 Hz, QHD at 520 Hz, and Full HD at 680 Hz. Samsung uses a fifth-generation QD-OLED panel with a Penta-Tandem design and RGB stripe subpixel structure here.

According to Samsung, the OLED G9 operates up to 1.3 times more efficiently and achieves up to twice the service life compared with the previous generation due to its five-layer panel structure. However, these are manufacturer specifications that can only be independently verified once production units become available. The move to 1,100 Hz sounds spectacular, but its practical classification is more important than the number itself. Although the time intervals between frames become increasingly shorter as the refresh rate rises, the additional gain compared with the previous level also decreases.

The difference between 60 and 120 or 144 Hz is immediately visible. Even 240 and 360 Hz can offer advantages, particularly during fast movements and with very low system latency. Beyond 500 Hz, however, we are increasingly entering a range in which the hardware, game engine, input devices, and the entire rendering pipeline must also achieve extremely low latencies. For the mass market, a 1,100 Hz monitor is therefore probably less relevant than for professional or particularly ambitious e-sports players. Technically, however, Samsung is showing where high-end gaming panels are now heading.

Conclusion

For me, the 1,100 Hz figure is particularly interesting because Samsung has not simply limited it to a tiny specialized panel. With its 27-inch size and QHD at 600 Hz, the G6 remains a generally usable gaming monitor and switches to a lower resolution only for the extreme mode. It is certainly reasonable to question whether anyone actually needs 1,100 Hz. Nevertheless, the whole thing is impressive as a technical demonstration. At the latest now, we have reached a point at which the graphics card is likely to be the problem considerably more often than the monitor.