G-Sync is a new form of refresh rate monitor technology that has been around for years but was not until the first major release of the upcoming AMD Vega GPU that it made its way into consumer products.

As of right now, G-SYNC monitors offer a wide range of specifications and prices and, according to G-sync proponents, are an important step forward in the industry.

The technology uses a high-definition video frame buffer that is displayed on a curved display.

The G-Frame technology uses curved displays to give the viewer more of a “pinch to zoom” effect on the display, allowing a user to zoom in and out on the screen.

The more pixels there are on the device, the higher the resolution.

But, in the case of G-SHIFT, it means that the image quality of a G-frame can be much higher than with conventional monitors.

In fact, the image is so good that it’s said to be capable of displaying 4K video, which is more than twice the resolution of standard monitors.

The image quality can also be enhanced with G-shifts in vertical lines or horizontal lines.

But how G-syncs to the monitor is important.

The standard G-Monitor uses a proprietary algorithm to determine how much image to display based on the amount of pixels that the monitor has on screen.

If a monitor has more pixels than the monitor’s frame buffer, then the monitor will display an image that is too high in resolution.

This causes the user to have to scroll to the left and right to view the image properly.

This can be annoying for users with smaller screens or older computers.

G-Shifts can help the user view a display at a lower resolution.

For example, a 144Hz curved display could have a frame buffer of 1,920 pixels, or about 1,500 pixels per inch.

But if a 144-inch G-monitor had a frame-buffer of 240 pixels per pixel, the display would be displayed at 240p.

With G-SCREEN, the monitor would have the option to display an actual resolution of 4K or 5K.

But what if the display resolution was 1,800 pixels per line, or a higher resolution?

That could result in a display that would appear much smaller than it actually is.

This is the technology that is being used in the latest Acer Predator XB271HU 144Hz monitor.

The resolution is the same as the 144Hz standard GSync monitor, but there is a lower pixel density.

So, for example, the 144-Hz monitor would be able to display images at up to 4K (2,560 x 1,440 pixels) and images at 720p (2.5K) with GSHIFT enabled.

The advantage of GSHUT is that it can handle higher resolutions and a lower frame buffer than standard monitors do.

The drawback is that G-shift cannot be used in vertical or horizontal orientation.

There are two major advantages of GSync.

One is that the user can view more of the screen at a reduced resolution.

If you are viewing the screen from a vertical position, you can see the entire screen at the same time.

This means that your screen will look much more “scaled” than a standard 144Hz G-framed monitor.

Another advantage of using G-Shift is that if a Gsync display is used in conjunction with a GSync display, the picture can be scaled up.

This reduces the resolution, but can be used to increase the screen’s sharpness, contrast, color saturation and other properties.

GSync is used by Acer Predator xB271U 144hz and Predator XS271H 144Hz monitors.

Acer is calling it G-STREAM, the company’s acronym for G-SYS.

This stands for GSync Technology in Display.

In addition to providing high-quality image, GSYNC also gives users the ability to adjust the brightness of the monitor from within the operating system.

Users can adjust the monitor brightness, refresh rate, color temperature and other settings, while the OS itself can also adjust these settings and adjust the display brightness, screen refresh rate and other parameters to suit their needs.

Acer says that it will provide GSYN monitor owners with a guide to help them choose a monitor based on its features and functionality.

Acer also says that GSYnc monitors will be offered in two models.

One model is a 120Hz GSYC model with a 120 Hz refresh rate.

The other model is the 120Hz model with 120 Hz and a 60 Hz refresh.

Acer does not say when this will be available in retail or on-line.

This will be a new model in the world of GSYNS and, as a result, the first G-platform to ship with a higher refresh rate that can be achieved with GSYSHIFT.

However, Acer says it will be launching two models with the 120 Hz GSYCM and 120 Hz 120 Hz model, and it