As previously established monitoring well cover, the curvature of the display on the 32-inch Samsung Odyssey Neo G8 4K matches that of the human eye and is 1000R. Because your eye does not have to refocus when gliding around the edges of the screen, this among other things lessens eye strain. Normally, I dislike 1000R on smaller displays, but as I use 32-inch curved monitors more and more, I find that it is more than okay at this size (and larger) monitoring well cover.
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Similar to the Neo G9 and several of the company’s TV options, the Samsung Odyssey Neo G8’s display uses Mini LED QLED technology. When Quantum HDR is turned on, the monitor’s peak brightness, which is 350 nits normally, does reach 2000 nits. Again, the Microsoft Store’s VESA DisplayHDR Test program verified these brightness levels, at least to my unaided eye monitoring well cover.
Similar to the Neo G9, the Quantum Mini LED panel’s colors appeared slightly less saturated than those on non-Mini LED panels, but they are still excellent. The Neo G8 provides an excellent picture with over 1.07 billion colors, 95 percent DCI coverage, a native contrast ratio of 1,000,000:1, and more than 1000 local dimming zones. Depending on the game I played, the trade-off for 4K gaming was worthwhile even though it wasn’t as immersive as the ultra-widescreen gaming monitors.
To game at 4K and achieve the 240 frames per second that 240Hz monitors sync to, you will need a monster of a computer. In the section on performance, I’ll elaborate more on that. In any case, the 4K HDR graphics in my two main test games, Forza Horizon 5 and Call of Duty: Warzone, were sharp and clear, and they easily improved the gaming experience. Sincerity be damned, choosing between a broader, more immersive experience and a crisper experience is a difficult decision.
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Like any good display, you may adjust a number of settings to your preferences. Press the power button toggle on the monitor’s bottom to open the onscreen menu. A menu panel with four choices will appear. Your ability to access the menu depends on your choice of the up button monitoring well cover.
The monitor can be turned off by selecting the bottom button, the right button toggles PIP mode, and the left button changes the inputs. When opening the menu, the current Black Equalizer, Response Time, Refresh Rate, Adaptive Sync, Low Input Lag, and Picture Mode are shown along the top monitoring well cover.
The monitor settings you can change are as follows:
Virtual Aim Point, Infinity Core Lighting (Lighting On/Off, Light Effect (Static, Rainbow, Flash, Double Flash, Breathing), Color, CoreSync), Refresh Rate (120 or 240Hz), Response Time, Adaptive-Sync, Ultrawide Gaming View, Low Input Lag, Display Size
Picture: Brightness, contrast, sharpness, color, black level, eye saver mode, screen adjustment, calibration report, or HDR dynamic; Picture Mode (Custom, FPS, RTS, RPG, Sports, sRGB, Cinema, Dynamic Contrast); When Windows PIP is enabled for HDR, the following information is displayed onscreen: PIP Mode (On/Off), Screen Size, Screen Position, Source, Sound Source, Screen Ratio, Contrast, Language, and On-Screen Display Display Time System: Off Timer Plus, Dynamic Brightness, Local Dimming, and Volume DisplayPort Version, Input Port Version, Auto Source Switch+, PC/AV Mode
Support: Software Updates, Information, and Self-Diagnosis Product registration; reset all
As you can see, there are many options available to tailor the operation and presentation of the displays. Although I did switch between the various Picture Mode settings, I eventually settled on sRGB with a brightness reduction and was happy with the “out-of-the-box” display settings for everyday usage and gaming.
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Additionally, HDR is supported by the monitor monitoring well cover. As previously indicated, Windows HDR is still hit or miss. The default color settings for daily operations like web browsing and word processing are muted and substantially darker.
However, because to the enhanced brightness when Dynamic HDR mode was used on the Odyssey Neo G8, Windows was really readable even when HDR was turned on constantly. The immersiveness and color realism of games with native HDR support, such as Forza Horizon 5 and Call of Duty: Warzone, were significantly increased. The HDR option started working perfectly when connected to the Xbox Series X.
Similar to the Odyssey Neo G9, the Odyssey Neo G8’s Mini LED QLED display was outstanding, especially in light of the upgrade to 4K resolution and capability for 240Hz refresh rate.
The Samsung Odyssey Neo G8 is simple to set up. Tighten the screw on the bottom of the legs after attaching them to the main support. The top of the arm is then pushed into the monitor’s back and secured with four screws (you will need a screwdriver for that). The translucent core ring finally separates into two pieces and snaps into position just above the monitor’s attachment point on the arm. Once you have taken your new monitor out of the box and unpacked it, you ought to be able to use it right away.
If you play video games, you are aware that 240 frames per second on a 4K monitor requires a powerful hardware. My test computer featured a liquid-cooled 12th generation Intel Core i9-12900K processor, a 2 TB PCIe NVMe M.2 solid state drive, an NVIDIA GeForce RTX 3090 graphics card with 24 GB of dedicated GDDR6X memory, and 64 GB of HyperX DDR4-3733 MHz XMP Heatsink RAM.
Here are several games I tested on that system with in-game benchmarks at 4K on the highest quality settings. For comparison, I also reduced the resolution to QHD and FHD settings.
HDF QHD UHD 4K Warzone from Call of Duty 98, 153, 178, and fps 94 fps, 162 fps, and 138 fps in Dirt 5 226 fps, 210 fps, and 160 fps for Forza Horizon 4 120 fps, 107 fps, and 81 fps for Forza Horizon 5 190 fps, 139 fps, and 76 fps in Gears Tactics 300 fps, 260 fps, and 200 fps for Heroes of the Storm 208 fps, 173 fps, and 136 fps for Middle-Earth: Shadow of War Tomb Raider 425 fps 156 fps at 299 fps Youngblood (Riverside) Wolfenstein:
The New Order 263 fps 213 fps 172 fps Youngblood (Lab X) Wolfenstein: 179 fps, 181 fps, and 175 fps in World War Z (with Vulkan enabled) 324 fps 133 fps and 242 fps
As you can see, it will be difficult to get 240 frames per second at 4K UHD resolution even with a fairly powerful PC. Most games allow you to change your graphics settings to achieve that while maintaining good graphical quality at that resolution. Even yet, running Warzone at 98 frames per second in 4K was adequate for my casual gaming, and higher framerates like 160 frames per second in Forza Horizon 5 provided exceptionally fluid gameplay without stuttering or tearing.
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For smoother gameplay, the monitor also supports adjustable VRR and FreeSync Premium Pro. Having the ability to set the highest frame rate to 120 and connecting my Xbox Series X to the HDMI 2.1 connector allowed for some lovely, fluid Xbox 4K gaming.
Although monitoring well cover it was designed as a gaming monitor, the 4K resolution was also good for editing pictures and videos, albeit you are only able to use the DCI-P3 color space to a 95 percent level because Samsung doesn’t list alternative color profile coverage rates. But since it has a similar panel to the Neo G9, I predict you’ll see a similar level of color coverage to that display’s 88 percent NTSC, 125 percent sRGB, and 92 percent Adobe RGB coverage.
The Samsung monitoring well cover Odyssey Neo G8 with its Quantum Mini LED display costs a hefty buck, much like the Odyssey Neo G9 did before it. It is a little difficult to sell given the retail price of US$1499.99. However, if your system can deliver more than 240 frames per second at 4K resolution, you’ve probably already spent a pretty penny on your gaming equipment.