Acer has added another entry to their Predator line of gaming monitors. The Z35P comes in to replace the company's now aging Z35, which boasted of a 2560x1080 resolution (which while relatively low for today's standards, I have to say I really enjoy.) The Z35P brings the specs up to speed with today's standards, with a higher resolution and a better contrast ratio than its predecessor. Its design reminds me of a running Flood infection form, honestly, but that may be just me.

The Z35P is based on a 35" AMVA panel with a 3440x1440 resolution (2.39:1 aspect ratio and 106 PPI), has a relatively low maximum brightness of 300 nits (no HDR support here I'm afraid), a 2500:1 contrast ratio, a 100 Hz refresh rate, 178°/178° viewing angles, a 4 ms response time, and a 1800R curvature. Reports indicate the refresh rate can be overclocked from 100 Hz to 120 Hz (with G-SYNC to boot), which isn't all that shabby. Connectivity-wise, the Predator Z25P features 1x HDMI 1.4 port, 1x DisplayPort 1.2, 4x USB Type-A headers (with 1x USB-B input) and 1x 3.5-mm audio jack which drives the two 9 W integrated speakers. While in operation, the panel consumes up to 65 W of power. The Acer Predator Z35P is expected to be available in the U.S. in the coming weeks for $1099.99.

AOC has been one of the most aggressive companies when it comes to launching new displays, with its gaming "AGON" series seeing the addition of multiple monitors in the past few months. The new C4008VU8 doesn't quite tick the gaming aesthetics box, however, which isn't all that bad. Personally, I much prefer its clean, no-frills design, absent of some over-design features.

The panel seems to be an interesting one, nonetheless, with its 40" size, 16:9, 4K (3840 x 2160) resolution on a 10-bit MVA panel, with a 60 Hz refresh rate. Its 5 ms response time is relatively good, though the absence of any VRR (variable refresh-rate) technology such as AMD's FreeSync or NVIDIA's G-SYNC is puzzling. The lack of HDR support, however, is kind of a downer, but a necessity when one considers the display's maximum 300 cd/m² brightness. The panel boasts an 85% NTSC wide color gamut with 1.07 billion colors, with 178º horizontal and vertical viewing angle on a 1800R curved display. As for adjustments, the monitor can only be tilted: 5 degrees down, and 13.5 degrees up. Connection-wise, the AOC C4008VU8 boasts 1x HDMI 2.0, 1x HDMI 1.4, 2x DisplayPort 1.2, and 1x VGA connector (only 8 months ago I would be using such a connection myself, so I really shouldn't judge. There are legacy use cases, after all, and more options are always better.) There are also 4x USB 3.0 ports available, one of which can be used for fast charging devices. The AOC is available with a MSRP of $899, though you may find some retailers selling these for less already.

"All hail the ultra-wide gods." This must've been the mantra going on when Samsung execs gave the okay for development of what are being called Double Full HD monitors. This is the new way to have your field of vision almost as filled with screen real estate as when wearing one of those pesky VR headsets. Though with 21:9 support for gaming being spotty as it is, these should lend themselves more as work monitors than for gaming setups - I can definitely see some traders running this kind of screens.

One of these panels will be a 49" wide, 32:9, 3840x1080 resolution beast. The panel will feature a 1800R curvature, higher than the usual curvature on 21:9 aspect ratio displays, but this may well make sense given the horizontal size of the panel. Higher curvature means better coverage of your peripheral vision, and Samsung has enough engineers and research to believe this is the right amount of curvature. This panel will support G-Sync and Freesync (on differing models, surely), and a maximum refresh rate of 144Hz on the VA panel with a 3-side frameless design. The panel will offer a high 5000:1 static contrast ratio - ahead of current contrast ratio on Samsung panels, according to TFT Central, so there is some new tech at play here. These panels are planned for mass production on September 2017.