Would a 4K freelancer work? [It does!: Images inside]

[Eonaros]

1st. Little to absolutely no chance of running at that resolution.

4K resolution, also called 4K2K, refers to a display device or content having horizontal resolution on the order of 4,000 pixels.[1] Several 4K resolutions exist in the fields of digital television and digital cinematography. In the movie projection industry, Digital Cinema Initiatives (DCI) is the dominant 4K standard.

2nd. I have tried running Freelancer at higher resolutions than my laptop supports, such as 1920x1280 by simply typing in Discovery Launchpad ( my native resolution is 1366x768 and it is max ) and it would run but the letters were huge and I could notice extreme screen tearing.

I suggest not running or trying to do that as it would just look insane , and you are fine running at lower resolutions. Besides, you have to have a really good and expensive LED/LCD monitor or some kind of other HD thing, an extreme graphisc card, but having screen tear, huge letters and whatnot should be taken into consideration, as there is no way to compensate Freelancer's engine with that kind of resolution.

3rd. What ?

4th. Studying or playing video games is your sole decision, not ours.

5th. You have a store across the street.

Before you try anything crazy;

The future—aka 4K gaming—is made up of very, very small pixels. After spending the past two weeks checking out games on Samsung's U28D590D 4K monitor, I'm still going to call 4K gaming the near future rather than the present. Yes, you can play games at 3840x2160 pixels right now. Yes, 4K monitors are becoming more affordable. But are they worth it? After spending a couple weeks using one, I can comfortably say: no, not yet. Even for a high-end graphics card (or two), 4K is too demanding for max settings and high framerates. If you're willing to play at 30 frames per second, though, 4K is a different story.


At 3840x2160, the 28-inch Samsung U28D590D has a 157.35 PPI. As a result, games running at native resolution look sharp, even without anti-aliasing enabled. The pixel density really does make a difference. Remember, a 1920x1080 monitor creates an image out of 2,073,600 pixels. A 4K monitor displays 8,294,400 pixels. As a result, a graphics card has to push out four times as many pixels. Not even two Nvidia Titans, or a newer Titan Black, can handle refreshing eight million pixels 60 times per second.