Nvidia's 3D Vision 2 glasses are comfy and powerful

-- back Nvidia released the 3-D vision kit. At the time it was the only real -- choice for -- PC gaming but there are a few problems with the crushing darkness and across. I'm Eric Franklin and today I'll take a first look at the Nvidia 3-D vision two glasses. A first impression that they look kinda more -- gobble -- glasses. Comic book nerds get this. Remember when -- -- got that -- a few years back and start wearing goggles. For some reason the room and we of those but that program blocks out more ambient light -- -- -- actually larger as well. Mostly using softer plastic in the first and -- these -- -- in the each handle. This makes them much more comfortable to Wear as a result. Now -- test the performance of the glass is used in the Asus BD 278 H. Basically the shutters -- more precisely where both shutters are never equals at the same time. Between each frame the monitor turns off its -- -- were split second. While this is supposed to do is producing brighter image has less cross talk. But the most part this was indeed the case in both games and movies there were a few games however -- cross talk was still noticeable. The 3-D vision two glasses are better design and fit more comfortably in the first impaired. However the -- improvements come from light boost which works just as well the first -- glasses. Also in order to take advantage of light -- you'll need a compatible monitor. The Asus BG 278 age comes with a 3-D glasses as well they've built an emitter is available for about 650 bucks. As a more expensive Acer model as well that -- Q that's. Actually really hard to find the states from major retailers. If you already have the first in -- -- these glasses will only make a difference in comfort and their ability to block out ambient light. Those advantages may not be worth. Three -- into light Booth is the best media solution with games. -- -- -- -- monitors that can detect. Once again this is Eric Franklin and this has been a first look at the Nvidia 3-D vision -- --