When comparing Acer GN246HL bbid vs Dell S2718D, the Slant community recommends Acer GN246HL bbid for most people. In the question“What are the best monitors?” Acer GN246HL bbid is ranked 26th while Dell S2718D is ranked 114th. The most important reason people chose Acer GN246HL bbid is:
This BenQ display offers support for playing games in 3D with NVIDIA 3D Vision 2.
Specs
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Pros
Pro Support for NVIDIA's 3D Vision 2
This BenQ display offers support for playing games in 3D with NVIDIA 3D Vision 2.
Pro Inexpensive
With a retail price of around $200, the GN246HL is one of the cheapest 144Hz monitors available.
Pro Fast 144Hz refresh rate
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.
Pro Fast response time
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.
Pro Can charge a laptop
You can connect the S2718D to a USB-C compatible laptop and charge it.
Pro Works well in bright room
The Dell S2718D is an excellent option for those who are looking for a monitor for reasonably well-lit, office-like environment because of the excellent overall picture quality this monitor can achieve when placed in a bright room. The S2718D can display crisp and lifelike colors thanks to its IPS panel that offers fair peak brightness and the high resolution of 2540x1440 pixels.
Cons
Con No DisplayPort
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.
Con No FreeSync or GSync support
The monitor does not support AMD's FreeSync nor NVIDIA's GSync for adaptive refresh rates without stuttering and screen tearing.
Con Needs to be calibrated
You'll need to spend some time calibrating the S2718D because the monitor's out of the box color inaccuracy is very high - it measures at the dE of 5.46, which means that the color inaccuracies will appear perceivable by a human eye.
