The C24F390FHU is curved and is angled similar to the curves of the human eye. Points on the screen are spread more evenly across your eyes, which increases your visual workspace at a normal distance and can reduce eyestrain.
The VA panel is produced by Samsung and offers a couple of advantages compared to TN-panels. The image quality is excellent with vibrant colors due to the VA's panel natural higher color reproduction and a good contrast ratio of 3000:1.
Samsung has used its own measures to filter out and eliminate the amount of blue light emitted from the screen if needed and requested. Blue light has been proven to decrease sleep quality; this feature is especially helpful when used during the night.
The C23F390FHU features an anti-glare panel, which significantly reduces or eliminates reflections, loss of clarity due to light, fingerprints and smudges.
An advantage of the VA-panel is the maximum range of the viewing angles. The monitor looks great from every horizontal and vertical viewing angle and color shifting (distortion of colors) doesn't occur.
The C24390FHU doesn't have a DisplayPort input, a relatively new connection standard that's widespread among recent graphical cards. The older, digital DVI-port isn't supported either.
The response time for the screen is limited at 4 ms, which is significantly slower than some other monitors. This makes the C24390FHU less ideal for gaming situations that require fast-paced input.
Although Samsung hasn't chosen cheap plastic materials, the monitor does feel a bit wobbly around the neck-area, which may result in accidental sliding.
The maximum refresh rate of this display is 60 Hertz, or 60 frames per second. Some other display offer a much faster refresh rate of 120 or even 144 Hz, which increases overall fluidity and responsiveness of the display, especially in gaming situations.
With a response time of just 1ms, the Acer GN246HL is one of the fastest monitors on the market. Ideal for fast-paced gaming situations such as first person shooters.
The Acer GN246HL features a very fast refresh rate of 144Hz (144 times per second). This allows for extremely fluent gameplay and is a major improvement over regular 60Hz displays.
The monitor does not have a DisplayPort connection, which means some of DisplayPort's advantages over other connection types such as adaptive scaling can't be used.
The BenQ XL2411Z features a very fast refresh rate of 144Hz (144 times per second). This allows for extremely fluent gameplay and is a major improvement over regular 60Hz displays.
BenQ uses its own blur reduction technology to sharpen images of games using excessive motion blur by using backlight flickering to make fast-paced games appear sharper.
With a response time of just 1ms, the BenQ XL2411Z is one of the fastest monitors on the market. Ideal for fast-paced gaming situations such as first person shooters.
You can use 24 inch screen size of the monitor and adjust it accordingly. The monitor features built-in options to change the monitor view and switch between seven different screen sizes.
This display features a very fast refresh rate of 144Hz, or 144 times per second. This allows for extremely fluent gameplay and is a major improvement over regular 60Hz displays.
With a response time of just 1ms, the AOC G2260VWQ6 is one of the fastest monitors on the market. Ideal for fast-paced gaming situations such as first person shooters.
The G2460PF can cover the vast majority of the sRGB coverage, with only a very small part of sRGB that remains unrepresented. However, this display performs a lot better than the sRGB color space in the green corner of RGB-color system, which results in a bit more vibrant images.
The input lag or latency from computer is also extremely low. A small testing tool has measured the maximum input lag at 3.66 ms, which is extremely low. For comparison: that's just 3/4 of a single frame in 144 Hz.
The G2460PF features an anti-glare panel, which significantly reduces or eliminates reflections, loss of clarity due to light, fingerprints and smudges.
When viewing the screen in a fairly dark room, some backlight bleeding might be visible towards the bottom of the display. Backlight bleeding occurs when the panel can't block 100% of the light produced by the backlight, resulting in spots of lighter areas.
Overshoot, sometimes also referred to as inverse ghosting, occurs when artifacts are displayed on the screen and overlaps of color values. The overshoot on this display is mainly noticeable at lower refresh rates - even when using AMD's FreeSync.
The monitor uses a TN-panel which has the characteristic of having mediocre viewing angles compared to IPS-panels. Some color shifting occurs when viewing the monitor at a vertical angle.
The standard factory default preset of the display is quite bright, but images on the screen looked washed out and lack depth - especially towards the bottom of the screen due to the mediocre viewing angles. Another preset which reduces the central gamma average lacks depth and looks unnatural. Calibration in needed to get the achieve the best results, as the standard monitor profiles aren't great.
With 5 USB 3.0 ports (one of which can act as a charger), 2 HDMI ports (with MHL), a DisplayPort and Mini DisplayPort, as well as a DisplayPort out port for daisy chaining multiple screens.
As expected from an IPS panel, viewing angles are great. Horizontal adjustments don't change the colors much at all. When tilting in the vertical axis, the image can darken slightly.
The thin plastic bezel (1mm) and small 6mm screen boarder makes this a great screen to put side by side with another to minimise the deadspace between dual monitor setups. Also, an extra DisplayPort out means daisy chaining is possible.
While this will vary unit to unit, TFT Central found that the luminance uniformity on their unit was poor. The right side of the screen was up to 30% brighter than the left corners of the screen. It wasn't obvious at first glance, however for color-accurate work it could become an issue.