AOC U2879VF vs BenQ PD3200U

The AOC U2879VF has excellent screen uniformity, both in terms of luminance and color. In fact, this panel scores extremely well with a luminance deviation of 6.32 percent - which is better than most displays with IPS panels. No backlight bleeding or hotspots are present.

With a response time of just 1ms, the AOC U2879VF is one of the fastest monitors on the market. Ideal for fast-paced gaming situations such as first person shooters.

The bezel of this display measures a thin 17 mm, which doesn't only result in a smaller build, but it makes the U2879VF also more suitable for multi-display setups.

This monitor supports MHL - short for Mobile High-Definition Link - which allows you to connect an Android smartphone or tablet to the U2879VF monitor.

When using the sRGB preset - which is particularly useful for graphical editing - the grayscale error readings of the U2879VF are quite low for a relatively inexpensive panel. The error measures was 0.93 Delta E - that's only a tad worse than specific graphical displays which retail for a much larger price. For comparison, a standard 28" TN panel measures at 1.60 Delta E. (Lower is better.)

The AOC U2879VF 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 (measured in pixels per inch), this display measures at 163 ppi. For comparison - a Full HD display of the same size will only achieve half of that - 81.5 pixels per inch.

The AOC U2879VF is a cheap Ultra HD display with good image quality, the price/quality ratio of this display is quite high.

The BenQ PD3200U has excellent picture quality, exceptional color accuracy, great adjustability, and good connectivity, which combined with the monitor's generous amount of display real estate, makes the PD3200U one of the most versatile panels on the market.

The BenQ PD3200U features a pair of inbuilt 10 W speakers.

Connectivity-wise, the BenQ PD3200U, is among the best monitors on the market, as its USB 3.0 hub offers four upstream USB ports that can be used for connecting or charging peripherals. The two downstream ports are used for connecting the hub to a computer.

The PD3200U's stand-out feature is the builtin KVM switch, which allows sharing a mouse, a keyboard, and the monitor itself between two computers that are connected to the monitor through the downstream USB ports.

Additionally, this monitor has an SD/MMC card reader, and it features fairly fast transfer rates since it works over the USB 3.0 interface.

The BenQ PD3200U makes an excellent tool for color-critical applications like video editing and web design as it can display the full sRGB and Rec. 709 color spaces accurately.

The puck has four buttons that grant you fast access to display's settings and multiple preset modes.

Setting up the perfect workspace is no hassle since the BenQ PD3200U supports tilt angle, swivel angle, and even height adjustments.

Furthermore, you can use the monitor in either landscape or a portrait mode.

This 32-inch 4K monitor is an excellent for multitaskers because it has enough on-screen workspace to allow you to work with multiple windows stacked side by side. The monitor feels best when used in a two by one vertical alignment.

The monitor's native contrast ratio, peak brightness, color accuracy, and gamma are superior to what the majority of competitors in this price range offer. Furthermore, the BenQ PD3200U is among a handful of monitors that offer a true 10-bit panel in the sub $1000 price range.

The BenQ PD3200U reproduces eye-catching images with colors that are vivid and accurate, dark scenes that are truly deep and rich, and intermediate tones that look realistic and beautiful. Colors pop and look vibrant thanks to the monitor's peak brightness of 317 nits. Dark scenes look beautiful because the monitor's AHVA panel has a native contrast ratio of 1040:1, which allows it to reproduce blacks realistically. The mid-tones look life-like as the monitor's gamma value is only 1% off from being ideal.

Additionally, the colors look realistic as the monitor's color inaccuracies can be spotted only by specifically-designed equipment.