We've even got some technical details sprinkled here and there for those of you interested in knowing what makes the 3DS tick.Expect updates as more details on the system's launch games suce.What Is The Nintendo 3DS?It may look like a Nintendo DSi and play DS games, but the Nintendo 3DS is the first in a new portable product line. The device has much more graphical power under its hood than the Nintendo DS line of replica watch gift handhelds, resulting in graphics that rival those of its console counterparts.The 3DS also, as the name implies, is able to play games in 3D, and without the need for the player to wear special glasses. The lower touch screen of the DS and DSi remains intact, while the upper screen is replaced with a 3.53 inch LCD display capable of displaying 16.77 million colors at a resolution of 800 x 240 pixels.
When viewing games in 3D, 400 columns of pixels are dedicated to each eye.The 3DS features three cameras. The one inner camera can be used to take pictures of the player or use facial recognition functions. Two outer cameras produce 3D images that can be viewed instantly on the 3DS screen. The cameras will also be utilized in augmented replica Longines Watch L3.658.4.96.0 reality games, super-imposing video game graphics on real-world visuals.To read about more features of the 3DS, feel free to check out or full coverage of Nintendo's next handheld, including Stephen Totilo's excellent article tackling some of the burning questions the new device raises.
How Does Glasses-Free 3D Work On The glasses work by polarizing the light reaching each eye to match two different images being broadcast simultaneously. One eye sees one image, the other eye sees a slightly offset version of the same, which produces the illusion of depth to viewers of 3D movies and television. The technique is replica Longines L5.656.4.16.6 Men's Watch known as stereoscopy.The 3DS uses a technique called autostereoscopy to deliver 3D images without the use of glasses. The upper display of the 3DS features a parallax barrier, a thin layer of material featuring a series of precision slits. These slits allow each eye to see a different set of pixels, delivering the offset images without the use of filtering glasses.