The monitor uses a VA-panel, which is comparable to IPS. Image quality is excellent and aspects such as color reproduction, contrast and brightness are all great.
The AOC C3583FQ is curved and is angled similar to the curves of the human eye. Because of the curved screen, points on the screen are spread more evenly across your eyes, which increases your visual workspace and can reduce eyestrain.
In terms of connectivity, all ports are integrated into the base of the large display. That results in a more tidy environment and no cables dangling on the rear of the display.
The maximum refresh rate of this display is 160 Hz, which is extremely fast - even for high-end standards. Most high-end displays only offer up to 144 Hz, but this AOC display is a bit faster. High refresh rates are excellent for fast-paced gaming action and ensures a much greater fluidity.
Another advantage of the VA-panel is the range of the viewing angles. The monitor looks great from every horizontal and vertical viewing angle and color shifting doesn't occur.
The on-screen display and menu's of this AOC display are controlled via touch-sensitive controls on the base of the monitor. Due to the ultra-wide aspect ratio, the OSD can be a little bit awkard to control.
The resolution of the AOC C3583FQ is Full HD, but because there's additional screen space on both sides, 2560 x 1080 pixels are displayed. This is the same pixel density as a regular 1080p non-ultrawide monitor. Because of the large screen size of 35 inch, this monitor isn't as sharp as some other displays. The amount of pixels per inch (ppi) is measured at 70.
The Samsung U32E850R uses a 4K-display with a resolution of 2160 x 3840 pixels, which is four times the amount of pixels of a Full HD display. This results in an extremely sharp image and overall great image quality. In terms of pixel density which is measured in pixels per inch, this display achieves just a little bit under 140 ppi. A 32 inch display with a Full HD resolution would only achieve half of that - 70 ppi.
The Samsung U32E850R has a great multitasking feature, which allows you to use two devices on the screen at the same time. You can either choose to use an overlay mode (picture-in-picture), or display the images side by side (picture by picture).
The viewing angles of the MG24UQ are excellent and no color shifting (the distortion of colors) occurs when looking at the display from a horizontal or vertical angle.
The U32E850R only consumes about 0,3 watts of power per hour in stand-by, which makes it one of the more energy efficient 4K displays available. For example, the AOC C3583FQ 35 inch display consumes a hefty 60 watts.
The U32E850R is not as fast as some other monitors, despite the fact that is supports AMD FreeSync. The minimum refresh rate is 48 Hz, with a maximum of 60 frames per second. Some of the more fast-paced games don't look as fluent on this iiyama as on other displays with a higher refresh rate.
Due to the native 4K resolution and the relatively small 28 inch screen size, text can be hard to read in Windows and other non-gaming environments, such as Adobe's software. Not everything scales well in 4K (yet).
Although the U32E850R uses a PLS panel which is known for its great image reproduction and viewing angles, the sheer size of this display results in slightly worse viewing angles in the corners. The small difference is noticeable in dark situations.
The only cables included with the monitor are a power cable and a USB cable, no HDMI or DisplayPort connectors are included. For a monitor with this hefty price tag, it's disappointing not to receive the complete package.
With an average price tag of $1000, the Samsung U32E850R is positioned in the higher-end market. However, some other 4K monitors with comparable specifications and features offer more value.
The response time of this display is limited a 4 ms, which is excellent for normal usage but isn't as fast as some other monitors. In fast-paced gaming situations, ghosting may occur - ghosting happens when the previous image can still be seen on the screen due to a slower refresh rate.